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                                  string(1975) "Part 1: School Skills Review.<br />Real numbers and their subsets (N, Z, Q).<br />Roots and properties of rational powers.<br />Inequalities (also graphic resolution).<br />Fundamental properties of exponential, logarithmic, trigonometric and inverse trigonometric functions.<br /><br />Part 2: Introduction to the concept of limit, continuity and differentiability through definitions, examples and exercises<br />Definition of limit for functions from R to R.<br />Calculation of delta as a function of epsilon in simple cases.<br />Fundamental properties of limits: algebra of limits and computation of finite limits.<br />Infinite limits, limit of sequences.<br />Extended limits algebra: extension of the calculus of limits.<br />Continuous functions and points of discontinuity.<br />Derivative: definition and rules of derivation (statements). Calculation of derivatives.<br />Relation between derivative and monotony.<br />Convexity: definition and criteria for C^1 and C^2 functions.<br />Applications to the qualitative study of function graphs.<br /><br />Part 3: Introduction to the concept of integral and series through definitions, examples and exercises.<br />Definition of Riemann integral and its fundamental properties (linearity, invariance by translation, positivity). Calculation of simple integrals using the definition.<br />Illustration of the fundamental theorem of integral calculus.<br />Calculation of Primitives: main methods (substitution, integration by parts); integration of rational functions and other special classes.<br />Numerical series. Convergence criteria: statements and applications.<br />Improper integrals. Convergence criteria: statements and applications.<br /><br />Part 4: Elementary solution methods of ordinary differential equations<br />Solution methods for special classes of ordinal differential equations (EDO) including:<br />linear first order, separation of variables, second order with constant coefficients, etc."
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                                  string(393) ""Corso di analisi. Prima parte. Una introduzione rigorosa all'analisi matematica su R", L. Chierchia, McGraw-Hill Education <br />"Analisi Matematica 1", E. Giusti, Bollati Boringhieri<br /> <br />Exercise book:<br />"Esercizi e complementi di Analisi Matematica, Volume Primo", E. Giusti, Bollati Boringhieri<br />"Esercizi e problemi di Analisi Matematica", B.P. Demidovich,  Editori Riuniti"
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B.W. Kernighan, D.M. Ritchie, "C Language", second edition, Pearson - Prentice Hall, 1988.

B.W. Kernighan, R. Pike, "The practice of programming", Addison-Wesley, 1999.
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B.W. Kernighan, D.M. Ritchie, "C Language", second edition, Pearson - Prentice Hall, 1988.

B.W. Kernighan, R. Pike, "The practice of programming", Addison-Wesley, 1999.
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http://webusers.fis.uniroma3.it/~gallop/


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                                      string(252) "Lecture notes available on the course website<br /><br />J.J. Sakurai, Jim Napolitano - Meccanica Quantistica Moderna - Zanichelli<br />An english version of the book is also available:<br />Sakurai J.J., Modern Quantum Mechanics - Addison-Wesley<br />"
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                                      string(404) "The exam consists of a written test, which involves the resolution of one or more exercises, and an oral test. The written test is optional. The exercises of exams of previous years are available on the course website.<br />In case of extension of the sanitary emergency due to COVID-19 all regulations and instructions concerning the methods of carrying out the student assessment will be adopted.<br />"
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Also in "The Feynman Lectures on Physics on line" - feynmanlectures.caltech.edu - Caltech
L. Landau e E. Lifschitz - Quantum Mechanics: Non-Relativistic Theory - Elsevier Butterworth-Heinemann
S. Gasiorowicz - Quantum Physics - J.Wiley & Sons
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                                      string(464) "Make the student familiar with the theoretical underpinnings of General Relativity, both as a geometric theory of space-time and by stressing  analogies and differences with the field theories based on local symmetries that describe the interactions among elementary particles. Illustrate the basic elements of differential geometry needed to correctly frame the various concepts. Introduce the student to extensions of the theory of interest for current research."
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                                      string(4208) "§I.Relativistic Field Theory<br /><br />The Poincaré Group.  Symmetries: global vs local.  Noether's first and second theorems and conservation laws. The canonical stress-energy and angular momentum tensors. Improvements. Belinfante's argument and symmetric energy-momentum tensor. Local symmetries and conserved quantities.<br /><br />§II.Gravity as a relativistic field theory<br /><br />Particles and fields in Special Relativity. Irreps of the Poincaré group: Wigner's induced representation method.  Massless particles: ISO(D-2) little group and gauge invariance. From relativistic massless spin-2 particles to full GR. Fierz-Pauli quadratic Lagrangian. Nöther method and non-linear completions. Nöther's construction of Yang-Mills Lagrangian. The transverse-traceless gravitational cubic vertex. Weinberg's Equivalence Principle from relativistic invariance of the S matrix. Spin and the sign of static forces. <br /><br />§III.Elements of differential geometry<br /><br />Topological spaces. Manifolds. Diffeomorphisms. Tangent spaces and vectors. Coordinate basis. Derivative operators on manifolds. Levi-Civita connection. Torsion. Differential forms: definition, wedge product, interior and exterior derivatives, Hodge dual. Lie derivative of forms and Cartan's formula. Yang-Mills theory in the language of forms. Weyl tensor. Riemann and Weyl tensors in various dimensions: counting components for irreps of GL(D). Conformal transformations of the metric tensor. Conformally flat spaces. Conformally coupled scalar fields.<br /><br />§IV. The Cartan-Weyl formulation of GR and Fermionic couplings<br /><br />Local inertial frames. The frame field and its relation to the metric field. Local Lorentz transformations. The spin connection. The vielbein postulate. Torsion constraint and second-order formulation. The contorsion tensor. Local Lorentz curvature. Gravity as a gauge theory of the Poincaré algebra. Connection one-forms on the Poincar\'e algebra. Local Poincar\'e transformations. Torsion and curvature over the Poincar\'e algebra. First-order formulation and Cartan-Weyl's action. Relation between gauge transformations and diffeomorphisms.  Spinors on curved manifolds. Minimally coupled Fermionic matter. Dirac Lagrangian.<br /><br />§V. Maximally symmetric spaces<br /><br />Homogeneous and isotropic spaces.  Characterisation of maximally symmetric spaces: curvature constant and signature. MSS as vacuum solutions to the EH equations with cosmological constant. Construction from embedding in (D+1) pseudo-Lorentzian spaces: metric and Christoffel coefficients. <br /><br />§VI. The Schwarzschild black hole<br /><br />Spherically symmetric spaces. The Schwarzschild solution. Birkhoff's theorem. Singularities, definitions and criteria: curvature singularites and geodesic incompleteness. Free-fall towards the horizon. The tortoise coordinate. Extension of a space-time. Eddington-Finkelstein coordinates. Event horizons, black holes and white holes. Kruskal-Szekeres coordinates. Maximal extension of the Schwarzschild solution. Kruskal's diagram and eternal black holes.  (A)dS-Schwarzschild space-time.<br /><br />§VII. More general black holes<br /><br />Conformal diagrams. Event horizons. Reissner-Nordström and Kerr black holes. Black hole thermodynamics.<br /><br />§VII. Gravitational energy<br /><br />Conserved quantities in gauge theories: the example of Yang-Mills theory. Covariant conservation and ordinary conservation. Einstein-Hilbert equations for asymptotically flat metrics. Candidate for gravitational energy-momentum tensor. The superpotential. ADM energy and momentum. Example: ADM energy of the Schwarzschild solution. The positive-energy theorem (without proof). Generic background with Killing vectors. Quadrupole radiation.<br /><br />§VIII. Asymptotic symmetries<br /><br />General notion of asymptotic symmetry group. The example of Maxwell's theory in flat space. Covariant phase space formalism. Asymptotically flat spacetime and Bondi-van der Burg-Metzner-Sachs supertranslations. Applications: soft theorems and memory effects.<br /><br />Note: some topics may be assigned as homework problems, as an alternative to the oral exam"
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                                      string(339) "-Carroll S, Spacetime and Geometry: An Introduction to General Relativity (Addison-Wesley 2014/Cambridge University Press, 2019)<br />-Wald R, General Relativity (The University of Chicago Press, 1984)<br />-Weinberg S, Gravitation and Cosmology - principles and applications of the general theory of relativity, (John Wiley \& Sons, 1972)"
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-Hawking S W and Ellis G F R, {\it The Large Scale Structure of Space-Time} (Cambridge University Press, 1973).
-Freedman D Z and Van Proyen A, {\it Supergravity} (Cambridge University Press, 2012).
-Ortin T {\it Gravity and Strings} (Cambridge University Press, 2nd ed. 2015)"
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                                      string(207) "Type of exam: Orally present a topic of your choice and answer some questions about the rest of the program. Typical questions will consist of asking to explain one of the other topics listed in the program."
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B.W. Kernighan, D.M. Ritchie, "C Language", second edition, Pearson - Prentice Hall, 1988.

B.W. Kernighan, R. Pike, "The practice of programming", Addison-Wesley, 1999.
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                                string(259) "A.V. Aho, J.E. Hopcroft, J.D. Ullman, "Data structures and algorithms", Addison-Wesley.

B.W. Kernighan, D.M. Ritchie, "C Language", second edition, Pearson - Prentice Hall, 1988.

B.W. Kernighan, R. Pike, "The practice of programming", Addison-Wesley, 1999.
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and that will span the whole program.
A scientific calculator and a formulary can be used.
Written exams and partial given in the past years are published on the web site of the course.
During the oral exam the student will be asked to talk about two or three topics. Each topic has to be explained clearly and the formula that describe the phenomena of the topic have to be calculated on a sheet of paper.  The level of understanding of the phenomena and the clarity in the explanation will be considered.


If the COVID-19 emergency continues all the new rules for teaching and exams will be applied and in particular for the exams they will be online on teams and will be done as described above, both for the oral and for a written part.
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                                      string(391) "Introduce the main concepts of formal language theory and their application to the classification of programming languages. Introduce the main techniques for the syntactic analysis of programming languages. Learn to recognize the structure of a programming language and the techniques to implement its abstract machine. Study the object-oriented paradigm and another non-imperative paradigm."
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                                      string(504) "The objective of Linguaggi di Programmazione course is to introduce main formal language theory concepts and results as well as their application for programming language classification. <br />Most relevant approaches for syntactic analysis of programming languages are introduced. Learning how to recognize the structure of a programming language and the implementation techniques for the abrstract machine.<br />Understanding the Object Oriented paradigm together with other non imperative approaches. "
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                                      string(409) "[1] Maurizio Gabbrielli, Simone Martini,Programming Languages - Principles and paradigms, 2/ed. McGraw-Hill, (2011).<br />[2] Dean Wampler, Alex Payne, Programming Scala: Scalability = Functional Programming + Objects, 2 edizione. O’Reilly Media, (2014).<br />[3] David Parsons, Foundational Java Key Elements and Practical Programming. Springer- Verlag, (2012).<br />Course Slides provided by the lecturer."
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                                      string(208) "Evaluation is based on a written exam<br />(16 questions in about 2h time)<br />plus the implementation of a software project (and its documentation) selected FCFS from a list published by the lecturer.<br />"
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                                      string(126) "Lecture attendance is strongly suggested. There will also be seminars, simulations, lab sessions and exercise solving sessions"
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                                      string(298) "[4] Kip R Irvine, Assembly Language for X86 Processors. Pearson, (2015).
[5] Bruce Tate, Seven Languages in Seven Weeks: A Pragmatic Guide to Learning Programming Languages Pragmatic Bookshelf . (2010).
[6] Daniel P. Friedman, Mitchell Wand, Essentials of Programming Languages. MIT Press, (2008).
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                                      string(408) "Provide a basic knowledge of quantum mechanics, discussing the main experimental evidence and the resulting theoretical interpretations that led to the crisis of classical physics, and illustrating its basic principles: notion of probability, wave-particle duality, indetermination principle. Quantum dynamics, the Schroedinger equation and its solution for some relevant physical systems are then described."
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                                      string(399) "The crisis of classical physics. Waves and particles. State vectors and operators. Measurements, observables and uncertainty relation. The position operator. Translations and momentum. Time evolution and the Schrödinger equation. One-dimensional problems. Parity. Harmonic oscillator. Symmetries and conservation laws. Time independent perturbation theory. Time dependent perturbation theory.<br />"
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                                      string(252) "Lecture notes available on the course website<br /><br />J.J. Sakurai, Jim Napolitano - Meccanica Quantistica Moderna - Zanichelli<br />An english version of the book is also available:<br />Sakurai J.J., Modern Quantum Mechanics - Addison-Wesley<br />"
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                                      string(404) "The exam consists of a written test, which involves the resolution of one or more exercises, and an oral test. The written test is optional. The exercises of exams of previous years are available on the course website.<br />In case of extension of the sanitary emergency due to COVID-19 all regulations and instructions concerning the methods of carrying out the student assessment will be adopted.<br />"
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                                      string(326) "R.P. Feynman et al. - The Feynman Lectures on Physics, Volume III - Addison Wesley
Also in "The Feynman Lectures on Physics on line" - feynmanlectures.caltech.edu - Caltech
L. Landau e E. Lifschitz - Quantum Mechanics: Non-Relativistic Theory - Elsevier Butterworth-Heinemann
S. Gasiorowicz - Quantum Physics - J.Wiley & Sons
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Both the lessons and the exercises are carried out in the classroom and on the blackboard (electronic or with chalk).
In case of extension of the sanitary emergency due to COVID-19 all regulations and instructions concerning the methods of carrying out the teaching activities will be adopted.
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                                      string(464) "Make the student familiar with the theoretical underpinnings of General Relativity, both as a geometric theory of space-time and by stressing  analogies and differences with the field theories based on local symmetries that describe the interactions among elementary particles. Illustrate the basic elements of differential geometry needed to correctly frame the various concepts. Introduce the student to extensions of the theory of interest for current research."
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                                      string(4208) "§I.Relativistic Field Theory<br /><br />The Poincaré Group.  Symmetries: global vs local.  Noether's first and second theorems and conservation laws. The canonical stress-energy and angular momentum tensors. Improvements. Belinfante's argument and symmetric energy-momentum tensor. Local symmetries and conserved quantities.<br /><br />§II.Gravity as a relativistic field theory<br /><br />Particles and fields in Special Relativity. Irreps of the Poincaré group: Wigner's induced representation method.  Massless particles: ISO(D-2) little group and gauge invariance. From relativistic massless spin-2 particles to full GR. Fierz-Pauli quadratic Lagrangian. Nöther method and non-linear completions. Nöther's construction of Yang-Mills Lagrangian. The transverse-traceless gravitational cubic vertex. Weinberg's Equivalence Principle from relativistic invariance of the S matrix. Spin and the sign of static forces. <br /><br />§III.Elements of differential geometry<br /><br />Topological spaces. Manifolds. Diffeomorphisms. Tangent spaces and vectors. Coordinate basis. Derivative operators on manifolds. Levi-Civita connection. Torsion. Differential forms: definition, wedge product, interior and exterior derivatives, Hodge dual. Lie derivative of forms and Cartan's formula. Yang-Mills theory in the language of forms. Weyl tensor. Riemann and Weyl tensors in various dimensions: counting components for irreps of GL(D). Conformal transformations of the metric tensor. Conformally flat spaces. Conformally coupled scalar fields.<br /><br />§IV. The Cartan-Weyl formulation of GR and Fermionic couplings<br /><br />Local inertial frames. The frame field and its relation to the metric field. Local Lorentz transformations. The spin connection. The vielbein postulate. Torsion constraint and second-order formulation. The contorsion tensor. Local Lorentz curvature. Gravity as a gauge theory of the Poincaré algebra. Connection one-forms on the Poincar\'e algebra. Local Poincar\'e transformations. Torsion and curvature over the Poincar\'e algebra. First-order formulation and Cartan-Weyl's action. Relation between gauge transformations and diffeomorphisms.  Spinors on curved manifolds. Minimally coupled Fermionic matter. Dirac Lagrangian.<br /><br />§V. Maximally symmetric spaces<br /><br />Homogeneous and isotropic spaces.  Characterisation of maximally symmetric spaces: curvature constant and signature. MSS as vacuum solutions to the EH equations with cosmological constant. Construction from embedding in (D+1) pseudo-Lorentzian spaces: metric and Christoffel coefficients. <br /><br />§VI. The Schwarzschild black hole<br /><br />Spherically symmetric spaces. The Schwarzschild solution. Birkhoff's theorem. Singularities, definitions and criteria: curvature singularites and geodesic incompleteness. Free-fall towards the horizon. The tortoise coordinate. Extension of a space-time. Eddington-Finkelstein coordinates. Event horizons, black holes and white holes. Kruskal-Szekeres coordinates. Maximal extension of the Schwarzschild solution. Kruskal's diagram and eternal black holes.  (A)dS-Schwarzschild space-time.<br /><br />§VII. More general black holes<br /><br />Conformal diagrams. Event horizons. Reissner-Nordström and Kerr black holes. Black hole thermodynamics.<br /><br />§VII. Gravitational energy<br /><br />Conserved quantities in gauge theories: the example of Yang-Mills theory. Covariant conservation and ordinary conservation. Einstein-Hilbert equations for asymptotically flat metrics. Candidate for gravitational energy-momentum tensor. The superpotential. ADM energy and momentum. Example: ADM energy of the Schwarzschild solution. The positive-energy theorem (without proof). Generic background with Killing vectors. Quadrupole radiation.<br /><br />§VIII. Asymptotic symmetries<br /><br />General notion of asymptotic symmetry group. The example of Maxwell's theory in flat space. Covariant phase space formalism. Asymptotically flat spacetime and Bondi-van der Burg-Metzner-Sachs supertranslations. Applications: soft theorems and memory effects.<br /><br />Note: some topics may be assigned as homework problems, as an alternative to the oral exam"
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                                      string(339) "-Carroll S, Spacetime and Geometry: An Introduction to General Relativity (Addison-Wesley 2014/Cambridge University Press, 2019)<br />-Wald R, General Relativity (The University of Chicago Press, 1984)<br />-Weinberg S, Gravitation and Cosmology - principles and applications of the general theory of relativity, (John Wiley \& Sons, 1972)"
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                                      string(273) ""The hands-on guide for science communicators: a step.by-step approach to public outreach"  di Lars Lindberg Christensen<br />https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport"
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https://matematicafisica.el.uniroma3.it

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                                      string(1516) "CONTENTS OF THE LECTURES: the numbers in round brackets refer to the chapter and section of the textbook adopted.<br />Kinetic theory of gases. Boltzmann equation and H theorem. (1, Par.2.1,2.2,2.3,2.4)<br />Maxwell-Boltzmann distribution. (1, Par. 2.5)<br />Phase space and Liouville theorem. (1, Par. 3.1,3.2)<br />Gibbs ensembles. Micro canonical ensemble. Definition of entropy. (1, Par. 3.3,3.4)<br />The ideal gas in the micro canonical ensemble. (1, Par. 3.6)<br />The equipartition theorem. (1, Par. 3.5)<br />The canonical ensemble. (1, Par.4.1).<br />The partition function and the free energy. Fluctuations of energy in the canonical ensemble. (1 Par. 4.4)<br />The grand canonical ensemble. The grand potential. The ideal gas in the grand canonical ensemble. (1 Par. 4.3).<br />Fluctuations of the particle number.  (1 Par. 4.4)<br />Classical theory of the linear response and fluctuation-dissipation theorem. (1, Par. 8.4).<br />Einstein and Langevin theories of the Brownian motion. (Par. 1 par. 11.1,11.2).<br />Johnson-Nyqvist theory of thermal noise. (1 Par. 11.3).<br />Quantum statistical mechanics and the density matrix. (1, Par. 6.2,6.3,6.4)<br />Fermi-Dirac and Bose-einstein quantum statistics.  ( 1, Par. 7.1)<br />The Fermi gas. The Sommerfeld expansion and the electron specific heat. (1, Par. 7.2)<br />The Bose gas. The Bose-Einstein condensation. (1, Par. 7.3)<br />Quantum theory of black-body radiation. (1, Par. 7.5)<br /><br />e-Learning Moodle Platform with Supplementary Material"
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                                      ["Valutazione"]=>
                                      string(458) "The written exam is about solving problems, dedicated to the statistical mechanics of classical systems and  quantum systems. The exam problems are of the type of those illustrated during the exercises class.  <br /><br />The oral exam is made of two questions, concerning classical and quantum systems respectively. <br /><br />The final mark combines the mark of the written examination and of the oral one and is given as a fraction of 30 (maximum score)."
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3) L. Peliti, Appunti di Meccanica Statistica, Bollati Boringhieri, 2003.
4) Joel L. Lebowitz, Statistical mechanics: A selective review of two central issues, Reviews of Modern Physics, 71, S346 (1999)."
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Moreover, I have been working on the development of laboratory techniques for the estimation of the electromagnetic parameters of solid, liquid and granular materials.<br /><br />Previous Positions<br />2016 - 2019 Associate Professor SSD FIS/06, SC 02/C1 in the Mathematics and Physics Department, Università degli studi Roma Tre, Rome   Italy.<br />2005 - 2015 Assistant Professor SSD FIS/06, SC 02/C1 in the Mathematics and Physics Department, Università degli studi Roma Tre, Rome   Italy.<br />2000 - 2004    Assistant Researcher in the  E.Amaldi  Physics Department at Roma Tre University.<br />1998 - 1999    Assistant Researcher in the Neuroimaging Laboratory (Nuclear Magnetic Imaging research Group)- Fondazione Santa Lucia   I.R.C.C.S., Rome.<br />1994 - 1996    Post-doctoral Fellow in Applied Electromagnetics and Electro-physics, Faculty of Engineering, University of Rome "La Sapienza".<br />1993 - 1994    Post-doctoral Fellow in the Department of Geology and Geophysics, University of Waterloo (Canada) (CNR Fellowship).<br /><br />Education<br />1993 PhD in Applied Geophysics, Faculty of Engineering, University of Trieste.<br />1988 Degree in Earth Science, Geophysics Curriculum, Faculty of Science, University of Rome "La Sapienza" (110/110 Cum Laude).<br /><br />Award<br />2021 Seal of Excellence   European Commission, project 101062566   MAGICAL  Martian signal Attenuation estimation in Ground penetrating radar Investigations via Computation and Laboratory experiments  submitted under the Horizon Europe Marie Sk odowska-Curie Actions call HORIZON-MSCA-2021-PF-01-01   MSCA Postdoctoral Fellowships 2021.<br />2020 ACCS-Roma Award   For the Nature Astronomy article describing the discovery of Martian subglacial lakes.<br />2014 Ludger Mintrop Award - EAGE - European Association of Geoscientists & Engineers, for the paper 'Comparison of GPR and unilateral NMR for water content measurements in a laboratory scale experiment'. Best paper published in Near Surface Geophysics.<br />2011 Menegetti Award for Physics, for the paper  Radio wave techniques for non-destructive archaeological investigations , published in Contemporary Physics.<br />1993 Gold Medal for Applied Geophysics ("Armando Norinelli" Award, University of Padova), for the PhD thesis  Geo-radar: theory and applications .<br /><br />Member of International Teams<br />2022   present Scientific Advisory Board ESA SciSpacE Expert Strategy Group.<br />2022 - present Scientific Advisory Board ESA Topical Team   Planetary Caves.<br />2021   present Scientific Advisory Board ESA Topical Team - Geophysical Investigations from the Surface of the Moon.<br />2019   present Co-Investigator of the experiment SRS onboard Envision ESA mission for the subsurface exploration of Venus.<br />2018   present Scientific Advisory Board ESA Lunar Science Team:  Strategy for Science at the Moon  2020-2030.<br />2012   present Co-Investigator of the RIME experiment of the ESA JUICE mission, dedicated to the exploration of the internal structure of Jupiter's icy satellites.<br />2006   present Italian Manager (and Co-I) for the WISDOM instrument aboard ESA's EXOMARS rover for the search for biological traces on Mars.<br />2005 - present Co-Investigator of the SHARAD experiment of the NASA mission - MRO.<br />2005 - present Co-Investigator of the MARSIS experiment of the ESA mission - Mars Express.<br />2002 - 2003 Member of the ESA Topical Team: Electromagnetic and other geophysical techniques for in-situ and orbital planetary exploration.<br /><br />Responsible for the following projects funds<br />2022-2025 ENVISION B1  SRS Experiment, WP2000 High-temperature electromagnetic measurements of rocks simulating the subsurface of Venus   (30 months) ASI Funds, (69.989 Euro) WP Leader<br />2021-2022 SMIVIA - Snow-mantle Modeling, Inversion and Validation using multi-frequency multi-mission InSAR in central Apennine (18 months) CONTRATTO ASI N. 2021-9-U.0. (25.000 Euro) WP Leader<br />2020-2022 DARA Italian Government Measurements of physical properties and thickness of ice and snowpack in the central Apennines using GPR and TDR techniques (24 months) (48.000Euro) Project Leader<br />2019-2021 ENVISION   SRS Experiment, WP2000 High-temperature electromagnetic measurements of rocks simulating the subsurface of Venus   (24 months), (2019-25-HH.0) ASI Funds, (66.747 Euro) WP Leader<br />2019-2021 PRIN-INAF MELODY: Moon multisEnsor and LabOratory Data analysis WP2 Subsurface Geophysics   (24 months) (60.000Euro) WP Leader<br />2018 - 2022 JUICE MISSION - RIME Experiment, WP3200 Science on Europa -(42 months), (2018-25-HH.0) ASI Funds, (110.749 Euro) WP Leader<br />2016 - 2018    JUICE MISSION - RIME Experiment, WP3300 Science on Europa - (30 months) (2013-056-R.1). ASI Funds (54.418 Euro) WP Leader<br />2016 - Extraordinary Research Development Plan:  Strengthening of the University's research laboratories  Roma Tre University Funds (105.000 Euro) Project Leader<br />2015   2017 SMART ENVIRONMENT (24 months) REGIONE LAZIO Funds one year Post Doc position WP Leader <br />2014   2015 JUICE MISSION - RIME Experiment, WP3300 Science on Europa - (24 months). (2013-056-R.0) ASI Funds (27.094 Euro) WP Leader<br />2011   2012 Kelsey Museum of Archaeology, University of Michigan (USA) (12 months) UM Funds (12.000Euro) Project Leader<br />2011 - 2015 EXOMARS PHASE C2/D, WP1300 WP7000 WISDOM Experiment (48 months), (I/060/10/0) ASI Funds (410.085 Euro). WP Leader<br />2011-2013 PROJECT: Integration of non-destructive techniques GPR and NMR for cultural heritage applications (36 months) REGIONE LAZIO Funds 3 years Post Doc position Project Leader<br />2008 - 2009 EXOMARS PHASE B/C1, WP7000 WISDOM Experiment (18 months). (I/029/08/0) ASI Funds. (119.000 Euro) WP Leader<br />2008 - 2012 SHARAD - MRO (Shallow RADAR Sounding), WP 1330 Radar data inversion. (48 months). (I/061/08/0) ASI Funds. (114.516 Euro) WP Leader<br />2005 - 2007 SHARAD-MRO (Shallow RADAR Sounding), WP3300 Electromagnetic properties of soil and rocks. (36 months). (I/007/05/0). ASI Funds (20.000Euro) WP Leader<br />2006 - 2007    Project INGV-DPCI V3_5/12 Vulcano (24 months). GNV-CNR Funds. (4.000 Euro) Research Unit Leader<br />2005 - 2007 MARS EXPRESS   MEX, WP1600 ACQUA_EMSS (EM measurement of soil samples). (36 months), (I/010/05/0) ASI Funds. (110.000Euro) WP Leader<br />2000- 2001 ARES - (Ares soil Characterization by QUadrupole Analysis) (24 months). ASI Funds. (200 million Lire) Team Member<br /><br />Teaching<br />Undergrad, grad, and PhD courses in general physics, applied physics and geophysics since 1997. Also part of the Roma Tre training program for high school teachers.<br /><br />Current Courses in the Physics Degree Curriculum: Principles of Environmental and Earth Physics; Experimental Measurements in Geophysics; Earth Physics.<br />Current Courses in the PhD Curriculum (Physics): Physics of Planetary Ices.<br />Undergrad, PhD and Postdoc supervision:<br />Thesis supervisor of 9 PhD students and 70 undergrad students (I and II level degree) and 10 postdocs.<br /><br />Referee and advisor:<br />Evaluation of Italian research quality (VQR 2004-2010, and 2011-2014); MIUR Program "Rita Levi Montalcini" evaluator; NASA Postdoctoral Program (NPP) Evaluator; Member of the Selection Committee for the Chair of Geophysical EM methods at the Department of Geotechnology, Delft University of Technology, Netherlands; Swiss National Science Foundation (SNSF) Professorship peer-review; External evaluator for a permanent position as Associate Professor at the Department of Planetary Science, University of Arizona, Tucson, USA. Reviewer for the ESA   AO Reserve Pool of Science Activities for the Moon.<br />Evaluation of Full Professor, Associate Professor, Assistant Professor and Researcher permanent positions for several Italian Universities and research centers.<br />Evaluation of PhD candidates for several Italian and European Universities.<br />Journal Peer Reviewer: <br />Science (AAAS); Journal Geophysical Research; Geophysics; IEEE Transaction Geoscience and Remote Sensing; Near Surface Geophysics; Journal of Hydrology; Geophysics Research Letters; Planetary and Space Science; Water Resources Research; Journal of Applied Geophysics; Subsurface Sensing; IEEE JSTARS.<br /><br />Invited talks<br />2021   AGU   New Orleans (USA) Title: Past and Future of Planetary Geophysical Exploration.<br />2021   IWAGPR   University of Malta. Title: Searching for subglacial liquid water on Mars using MARSIS<br />2021   EGU General Assembly - GIFT workshop distinguished speaker. Title: The search for liquid water below the Martian surface.<br />2020   INGV Title: The search for liquid water in the Martian subsurface.<br />2019   CETEMPS   Università dell Aquila. Title: Estimation of snow parameters using Ground Penetrating Radar.<br />2016   CEOS - Centre for Earth Observation Science, University of Manitoba, Manitoba, Canada. Title: Planetary geophysics: looking inside the icy crusts of solar system bodies using radio waves.<br />2012 Workshop GPR and Applications: Laboratory and Field Measurements of Soil and Rocks Electromagnetic Properties - 18th European Meeting of Environmental and Engineering Geophysics EAGE - Paris, France.<br />2010 Tutorial in Soil electromagnetic parameters estimation using frequency and time domain techniques -<br />XIII International Conference on Ground Penetrating Radar Lecce, Italy.<br />1998 Summer school in Active Faulting and Paleoseismology - European Center for Geoynamics and Seismology - Luxemburg. Title: Application of Ground Penetrating Radar to Faults and Fracture.<br /><br />Publications<br />About 100 papers on peer review international journals; among these, three papers on Nature Astronomy, one on Science Advances, one on Nature Communication, and four on Science. More than 140 conference papers and 3 book chapters.<br />Dissemination and Public Outreach<br />I am involved in many disseminations and public outreach activities for the department and university, including European Researchers' Night, Pint of Science, TED s Talk, seminars for high school teachers, masterclass in geophysics, scientific festivals and department events. Moreover, I have been interviewed by several TV, radio and newspapers about my work as a scientist. Among these: BBC International, CBC international, CNN International, Public Broadcasting System (PBS) NOVA - USA, CCTV (China Central Station), Radio Svizzera Italiana, Rai Tre Scienza, Italian Public and Private Broadcasting,The Guardian, National Geographic, Scientific American, Popular Science, New Scientist, IEEE Spectrum, Le Scienze, La Repubblica, Corriere della Sera, Messaggero, ANSA.<br />Bibliometric Parameters (27/02/2023)<br />SCOPUS: Citations: 2355, H-index: 24<br />GOOGLE SCHOLAR: Citations: 3352, H-index: 27<br />"
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        string(53386) "CV Mauro Dorato <br /><br /><br /><br /><br />CURRENT OCCUPATION:		Full Professor for the Philosophy of Science at the Department of Philosophy of the University of Rome 3 since 01.10.2005<br /><br />									<br />EDUCATION<br /><br />The Johns Hopkins 	  Ph. D. (May 1992)<br />   University<br />  Diploma from the Center for History and Philosophy of  Science (1989)<br /><br />	  M.A. in Philosophy (1988)<br /><br />The University of Rome		  Laurea (i.e., BS+MS) in Mathematics <br />    La Sapienza 	 	 	(27 Jan. 1993)<br />		<br />		  Laurea (i.e., BA+MA) in Philosophy      <br />		          (6 Dec. 1982)<br />	<br /><br />FELLOWSHIPS AND RESEARCH ACTIVITIES AS VISITING SCHOLAR<br />        <br />Summer 2015	Visiting scholar at the Max Planck Institut für Wissenschaftgeschichte for a project on the history of cosmology<br /><br />Summer 2014	Visiting Scholar at the Centre for Time, University of Sydney<br /><br />Fall 2013	Offer for a Visiting Fellowship Center for History and Philosophy of Science of the University of Pittsburgh<br /><br />Summer 2012					Visiting professor Department of Philosophy University 						of Bielefeld<br /><br />Fall 1995 	Visiting scholar at the Center for History and Philosophy of Science of the University of Pittsburgh.	<br /><br /><br /><br />FELLOWSHIPS            	<br /><br />1995-1997	Post-doc scholar at the University of Padua <br /><br />1986-87:	Fullbright scholar at the Johns Hopkins University, Baltimore, MD.<br /><br /><br />EDITORIAL ACTIVITIES 	<br />										<br />Deputy editor of the European Journal for Philosophy of Science, (EJPS), Springer, 1 issue came in 2011<br /><br />From the beginning of 2012 co-editor of the same journal with Carl Hoefer (UWO, London)<br /><br /> Member of the editorial board in Axiomates<br /><br />Member of the Scientific Board of the following journal<br /><br />Epistemologia <br />Rivista di Filosofia<br />	                                       Colloqium Philosophicum<br />		        Epistemologia<br />		 Reti, Saperi, linguaggi. Italian journal of cognitive sciences<br /><br /><br /><br />ACTIVITY AS PEER REVIEWER FOR SCIENTIFIC JOURNALS: <br /><br />Australasian Journal of Philosophy<br />British Journal for the Philosophy of Science,<br />Dialectica, <br />Epistemologia, <br />Erkenntnis <br />European Journal for Analytic Philosophy, <br />Foundations of Physics<br />Foundations of Science, <br />International Studies for the Philosophy of Science, <br />Mind<br />New York academy of science<br />Philosophical Transactions<br />Philosophy of Science, <br />Studies in History and Philosophy of Modern Physics, <br />Studies in History and Philosophy of Science<br />Synthese. <br />The Philosophical Quarterly<br /><br />ACTIVITY AS PEER REVIEWER FOR PUBLISHING HOUSES<br /><br /> Elsevier, Oxford University Press, Routledge<br /><br />ACTIVITY AS EXPERT FOR REVIEWING APPLICATION GRANTS<br /><br />British Research Council AHRS, <br />Fund for Scientific Research-FNRS (F.R.S.-FNRS) Belgium<br />Israeli Science Foundation (ISF)<br />National Science Foundation (USA),  <br />Netherlands Organisation for Scientific Research (NOW) <br />Swiss National Science Foundation, <br />The Dutch Research Council)<br /><br />Member of expert for the European Science Foundations<br /><br />Reviewer for the National Agency for the Evaluation of the University Research<br /><br /><br />MEMBERSHIP IN INTERNATIONAL SOCIETIES <br /><br />Former member of the steering committee of the European Philosophy of Science Association (created in 2007). http://www.ucm.es/info/epsa07/<br /><br />Co-chair of the Program Committee for the first conference of the European Philosophy of Science Association, to be held in Madrid in November 9-11 2007 http://www.ucm.es/info/epsa07/<br /><br />Member of the steering committee of the International Society for the study of spacetime (Concordia University, Montreal) http://www.spacetimesociety.org/<br /><br />Member of the Program Committee for the series of international conferences The ontology of spacetime (Concordia University, Montreal)<br /><br />Since 2008 Corresponding member of the Academie Internationale des Philosophie des Sciences. Nominated ordinary member in 2011<br /><br />Since 2010 Member of the Academia Europaea (The Academy of Europe)<br /><br />From 2008 to 2011 member of the steering committee of the Italian Society of Logic and Philosophy of Science (SILFS)<br />Since April 30 2011 until June 2014, President of the Italian Society of Logic and Philosophy of Science (SILFS)<br /><br />ADMINISTRATIVE JOBS<br /><br />Director of the PH.D joint program of Roma3 University and Tor Vergata University<br /><br />DIRECTION OF GRANT PROJECTS<br /><br />from 2000 until 2012 <br />Participant in various research projects financed by the Italian Ministry of Public <br />Education<br /><br />2014-2017 <br />Director of the Local Research Team in the research project Models and Inference in science (Units belonging to the team University of Rome Roma 3, University of Milan La Bicocca, University of Bologna<br /> <br /><br /><br />PUBLICATIONS (IN ENGLISH) <br /><br />	Books<br /><br /><br />1.	Time and Reality. Spacetime physics and the objectivity of temporal becoming. CLUEB, Bologna, 1995.<br /><br />2.	The Software of the Universe. An Introduction to the History and Philosophy of the Laws of Nature, Ashgate, 2005 (transl. from Il Software dell Universo, B. Mondadori, 2000, see below) <br />3 Science and Representative Democracy, Bloomsbury, 2023<br /><br />Edited Books<br /><br />3.	M. Suarez, M. Dorato, and M. Redei (eds.), EPSA Epistemology and Methodology of Science. Proceedings of the first conference of the European Philosophy of Science Association, Springer, Dordrecht, 2 voll, 2010.<br /><br /><br />4.	 M. Dorato M. Morganti, (eds.) Current and Historical Perspectives on the Use of Models in Physics, Chemistry and Life Sciences, Part H of the Springer Handbook of Model-Based Science, volume editors L. Magnani and T. Bertolotti), Springer, Berlin (with Matteo Morganti).<br /><br />Reviews of Time and Reality:<br />C. Callender (London School of Economics), The British Journal for the Philosophy of Science, 48, n.1, March 1997, p.117-120.<br />J. Faye (University of Copenhagen),  Dorato on Time and Reality , Epistemologia, 20, pp. 355-372, 1997.<br />R. Le Poidevin (University of Leeds),  Relative Realities , Studies in History and Philosophy of Physics, vol.28, n.4, 28, no.4, pp. 541-546, 1998.<br /><br />Reviews of The Software of the Universe <br /><br />J. Roberts, Studies in History and Philosophy of Modern Physics, 37 (2006), pp. 738 744<br />E. Tobin, International Studies in Philosophy of Science, 2008, n.3, 230-233.<br />M. Schrenk, British Journal for the Philosophy of Science, 2011, n.62, 225-232.<br /><br /><br />Papers <br />2017<br />5.	  Bohr s Relational Holism and the classical-quantum Interaction , in H. Folse, J. Faye (eds.), Niels Bohr and Philosophy of Physics: Twenty First Century Perspectives Bloomsbury Publishing, London, UK, 2017, pp.133-154.  http://arxiv.org/abs/1608.00205<br />6.	with M. Morganti, Models in Physics, Chemistry and Life Sciences Springer Handbook of Model-Based Science   Volume Editors: Lorenzo Magnani and Tommaso Bertolotti, 2017<br /><br />7.	(with Matteo Morganti). Current and Historical Perspectives on the Use of Models in Physics, Chemistry and Life Sciences (editorial work for and introduction to Part H of the Springer Handbook of Model-Based Science, editors L. Magnani and T. Bertolotti), Springer, Berlin, pp.840-842. <br />8.	Forthcoming  On explaining non-dynamically the quantum correlations via Quantum Information Theory: what it takes , with Laura Felline, in Sven Hansson, (ed,) ,  peer review<br />9.	Forthcoming  Feynman's Diagrams, Pictorial Representations and Styles of Scientific Thinking  with E. Rossanese, Perspectives in Science <br />2016<br />10.	Rovelli s Relation Quantum Mechanics, Anti-monism And Quantum Becoming, in Marmodoro, A., Yates D. (eds) The Metaphysics of Relations, Oxford University Press, 235-261.<br />2015<br />11.	The physical world as a blob: is OSR really realism? In Metascience, special issue on Steven French, The structure of the world, Oxford University Press, Oxford, DOI: 10.1007/s11016-015-0031-z<br />12.	Events and the Ontology of Quantum Mechanics, in Topoi, DOI:10.1007/s11245-015-9315-6 TOPO-D-15-00013.0, http://arxiv.org/abs/1503.01140<br />13.	With Marc Wittmann, The now and the passage of time, KronoScope 15 (2015) 191-213, Koninklijke Brill NV, Leiden,| doi 10.1163/15685241-12341335<br />14.	  The naturalness of the naturalistic fallacy and the ethics of nanotechnology , in Hansson S.O. (ed), The Role of Technology in science. Philosophical perspectives, Springer, pp. 207-224.<br />15.	with Esfeld M.  Primitivism and Dispositionalism about Laws , in Bygai T. Wüthrich C. (eds), Metaphysics in Contemporary Physics, (Pozna  Studies in the Philosophy of the Sciences and the Humanities, vol. 103), Amsterdam/New York, NY: Rodopi, 2015, pp. 333-354. <br /><br />16.	Laws of nature and the reality of the wave function, in Synthese 192, 10, October 2015, pp. 3179-3201---DOI 10.1007/s11229-015-0696-2, http://arxiv.org/abs/1503.01137 <br />17.	Presentism and the Experience of Time, Topoi: Volume 34, Issue 1 (2015), Page 265-275, ISSN 0167-7411, DOI 10.1007/s11245-014-9272-5 <br /><br />2014<br />18.	Causal versus structural explanations in scientific revolutions, in Synthese, 2014, p.1-21, DOI: 10.1007/s11229-014-0546-7<br />19.	With Laudisa F.  The ontological status of the wave function , in S. Gao (ed.) Protective Measurement, Cambridge University Press, 2015, pp.119-144<br /><br />2013<br /><br />20.	with Matteo Morganti,  Grades of Individuality. A pluralistic view of identity in quantum mechanics and the sciences , Philosophical Studies (2013) vol. 163, n.3 pp. 591-610, DOI 10.1007/s11098-011-9833-z<br /><br />21.	 How to combine and not to combine science and metaphysics  In V. Karakostas and D. Dieks (eds.), EPSA11 Perspectives and Foundational Problems in Philosophy of Science, The European Philosophy of Science Association Proceedings 2, DOI 10.1007/978-3-319-01306-0__24,, © Springer International Publishing Switzerland 2013, pp. 295-305.<br />2012<br />22.	Presentism/Eternalism and Endurantism/Perdurantism: why the unsubstantiality of the first debate implies that of the second, Philosophia Naturalis 49, 1, pp.25-41<br /><br />23.	 The natural ambiguity of the notion of  natural , and how to overcome it , Epistemologia, XXXV, pp.247-263, 2012 <br />24.	with A. Cei, Preface to  Physics, philosophy and bridging two gaps. In honor of Sir Michael Dummett, in A. Cei, M. Dorato (eds.) European Journal of Analytic Philosophy, vol.8, No.1, 2012, with contributions by Jeremy Butterfield, Holger Lyre, Jan Faye, Steven French and Kerry Mckenzie , Thomas Ryckman, Dennis Dieks.<br />2011<br /><br />17.	Dispositions and propensities in the ontology of quantum mechanics: some critical remarks , in M. Suárez (ed.) "Probabilities, Causes, and Propensities in Physics", Synthese Library, Springer, pp. 197-218, DOI 10.1007/978-1-4020-9904-5_9, 2011.<br /><br /><br />18.	"Truth, laws and the progress of science", in Manuscrito. Revista Internacional de Filosofia, E. Agazzi, I. D'Ottaviano, D. Mundici (eds.), Science Truth and Consistency, 2011, v. 34, n. 1, p. 185-206, ISSN 0100-6015<br /><br />19.	with Carl Hoefer,  Editorial , European Journal for Philosophy of Science: Volume 1, Issue 1 (2011), Page 1. DOI: 10.1007/s13194-011-0021-y<br /><br />20.	with Felline L.,  Structural explanation and scientific structuralism , in A. Bokulich and P. Bokulich (eds.), Scientific Structuralism, Boston Studies in Philosophy of Science, Springer, 2011, pp.161-176 DOI 10.1007/978-90-481-9597-8_9.<br /><br />21.	 Mathematical biology and the existence of biological laws , in D. Dieks, W. Gonzales, S. Hartmann, T. Uebel, M. Weber (eds), Probabilities, Laws and Structure, Springer, 2011, pp.109-121, DOI 10.1007/978-94-007-3030-4_8<br /><br />22.	The Alexandroff present and Minkowski spacetime: why it cannot do what it has been asked to do, in D.Dieks, W. Gonzales, S. Hartmann, T. Ubel, M. Weber (eds.), Explanation Prediction and Confirmation. New trends and old ones considered. Springer, 2011, pp. 379-394.<br /><br />2010<br /><br />23.	with M. Esfeld,  GRW as an Ontology of Dispositions , in Studies in History and Philosophy of Modern Physics, 2010, 41, pp. 41-49.<br /><br />24.	Physics and Metaphysics: Interaction or Autonomy?, in C. Calosi (ed), HumanaMente, http://www.humanamente.eu/, 2010.<br /><br />25.	 Why is the Language of Nature Mathematical?  in G. Antonini, A. Altamore (eds.), Galileo and the Renaissance Scientific Discourse, Edizioni Nuova Cultura, Roma, 2010, pp.65-71.<br /><br />26.	On Various Senses Of  Conventional  And Their Interrelation In The Philosophy Of Physics: Simultaneity As A Case Study, in F. Stadler (ed.) together with D. Dieks, W. Gonzales, S. Hartmann, T. Uebel, M. Weber, The Present Situation in the Philosophy of Science, Springer, 2010, pp. 335-349.<br /><br />27.	with Felline L.,   Structural explanations in Minkowski spacetime: which account of models? , in V. Petkov (ed.) Space, Time, and Spacetime - Physical and Philosophical Implications of Minkowski's Unification of Space and Time, Springer, Berlin, Heidelberg, New York, 2010, pp. 189-203.<br /><br /><br />28.	 The historicization of nature and the nomologization of the mental, or the rapprochement between the natural and the human sciences , in E. Agazzi e C. Di Bernardo (eds.), Relations between Natural Sciences and Human Sciences. Relations entre les sciences naturelles et les sciences humaines, Special Issue of Epistemologia, 15, 2010,  pp. 243-258.<br /><br />2009<br /><br /><br />29.	 Peirce s method of tenacity and the method of science: the consistency of pragmatism and naturalism , in R. Dottori (ed.), Autonomy of Reason? Autonomie der Vernunft?, Proceedings of the V Meeting Italian-American Philosophy, LIT Verlag, Vienna, 2009 pp.154-164.<br /><br /><br />2008<br /><br />30.	 Is structural spacetime realism relationism in disguise? The supererogatory nature of the substantivalism/relationism debate, in D. Dieks, The ontology of spacetime II, Amsterdam, Elsevier, 2008, pp.17-37.<br /><br />31.	Putnam on time and special relativity, European Journal Analytic Philosophy, vol.4, n.2, pp. 51-70, 2008, (with a  Reply to Mauro Dorato , by Hilary Putnam, European Journal Analytic Philosophy, vol.4, n.2, 2008, pp.71-73)<br /><br /><br /><br />2007<br />32.	 Dispositions, relational properties and the quantum world , in, Dispositions and Causal Powers, M. Kistler and B. Gnassonou (eds.), Ashgate, 2007, pp.249-270.<br />33.	 Review article: Relativity Theory between Structural and Dynamical Explanations , International Studies in the Philosophy of Science, Vol. 21, No. 1, March 2007, pp. 95 102<br />2006<br />34.	 The irrelevance of the presentism/eternalism debate for the ontology of Minkowski spacetime , in D. Dieks (ed.), The Ontology of Spacetime, Elsevier, 2006, pp. 93-109.<br />35.	with Massimo Pauri,  Holism and Structuralism in Classical and Quantum General Relativity , in D. Rickles, S. French, and J. Saatsi (eds), The Structural Foundations of Quantum Gravity, Oxford University Press, Oxford, 2006, pp.121-151.<br /><br />36.	  Properties and Dispositions: some Metaphysical Remarks on Quantum Ontology , in A. Bassi, D. Dürr, T. Weber, N. Zanghì (eds.), Quantum Mechanics, American Institute of Physics (AIP) Conference Proceedings, Vol. 844, 2006, pp. 139-157.<br /><br />37.	 Absolute becoming, relational becoming and the arrow of time: Some non conventional remarks on the relationship between physics and metaphysics , Studies in History and Philosophy of Modern Physics, Volume 37, Issue 3 , September 2006, 559-576, reprinted in The Philosophy of Time, N. Oaklander (ed.), vol IV,  Routledge, Critical Concepts in Philosophy, London, 2009, pp. 254-276.<br /><br />2005<br />38.	 The Laws of Nature and the Effectiveness of Mathematics , in Boniolo G., Budinich P., Trobok M. (eds.), The Role of Mathematics in Physical , Interdisciplinary and Philosophical Aspects, Springer, Dordrecht, 2005, pp.131-144 (reviewed by U. Bottazzini, Il SOLE 24 ORE, Sunday 10.7.05)<br />39.	 Becoming, Events and the Ontology of Quantum Physics, in Buccheri R., Elitzur A. and Saniga M. (eds.), Endophysics, Time, Quantum and the Subjective, Singapore, World Scientific, 2005, pp.273-289.<br /><br />40.	  On the technological and theological roots of the notion of  law of nature , in Dio, la Natura e la Legge, God and the Laws of Nature , in E. Sindoni and S. Moriggi (eds.), Proceedings of the international conference Villa Monastero, Varenna, Italy, 11-13 Ottobre 2004, Angelicum, Mondo X,  2005, Milano, pp. 155-169.<br />41.	 Why are (most) laws of nature mathematical? , in Faye J., Needham P., Scheffler U. and Urchs M. (eds.), Nature s Principles,. Springer, Dordrecht, 2005 pp. 55-75.<br />42.	 Becoming and the conventionality of simultaneity , in Dottori R. (ed.), Reason and Reasonableness. Vernunft und Vernünftigkeit, Lit Verlag, Münster, 2005, pp. 47-69.<br />2004<br />43.	 Epistemic and non-Epistemic Values in Science , in P. Machamer and G. Wolters (eds.), Science, Values and Objectivity. University of Pittsburgh Press, Pittsburgh-Konstanz, 2004, pp. 53-77.<br />2003<br />44.	 Cognitive Norms, the Methodology of Science and the Naturalization of Ethics , in R. Egidi, M Dell Utri, M. De Caro (eds), Normatività, fatti e valori (Normativity, facts and values), Analisi Filosofiche, Macerata, 2003, pp. 1163-172.<br />45.	 How legitimate is to talk about an evolving or a becoming universe?  in S. Colafrancesco, G. Giobbi, (eds.) Cosmology Through Time, Mimesis, Milan, 2003, pp. 247-253.<br />2002<br />46.	 Determinism, Chance and Freedom , in H. Atmanspacher e R. Bishop (eds.), in  Between Chance and Choice, Imprint Academic, 2002, pp. 339-369.<br />47.	The Question of the Reality of Time and the Model-Theoretic Approach to Scientific Theories , in Logique et Analyse, 164 (1998), 313-325. (published in 2002).<br />48.	with J, Faye,  Causation, Mental causation and the Laws of Nature , in L&PS (Logic and Philosophy of Science), on line journal, http://www.units.it/~dipfilo/episteme/<br /><br />49.	 On Becoming, Cosmic Time and Rotating Universes , in C. Callender (ed.), Time, Reality and Experience, Proceedings of the Royal Institute of Philosophy Conference for 2000, Cambridge University Press, Cambridge, 2002, pp. 253-276<br />50.	  Kant, Gödel and Relativity , in P. Gardenfors, J. Wolenski, and K. Kijania-Placek (eds.), In the Scope of Logic, Methodology and Philosophy of Science, Proceedings of the Invited Lectures for the 11th International Congress of Logic Methodology and Philosophy of Science, Synthese Library, Kluwer, Dordrecht, 2002, vol. I, pp. 331-348.<br />2000<br />51.	  Measurability, computability, and the problem of the existence of theoretical entities , in E. Agazzi and M. Pauri (eds.), The Reality of the Unobservable, Kluwer, Dordrecht, 2000, pp.207-217.<br />52.	  Substantivalism, Relationism, and Structural Spacetime Realism , Foundations of Physics, 2000, 30, pp. 1605-1628. <br />53.	  Facts, events, things, and the ontology of physics , in J. Faye, M.Urchs, U.Scheffler (eds.), Things Facts and Events, Poznan Studies in the Philosophy of the Sciences and the Humanities, 76, 2000, pp. 343-364.<br />54.	  Becoming and the Arrow of Causation , Philosophy of Science, 67, 2000, pp. S523-534.<br />1999<br /><br />55.	  The conflict between a static and a dynamic theory of time in its relation to von Wright s work and to human freedom , in R. Egidi (ed.), Study of Mankind in the Philosophy of Georg Henrik von Wright, Kluwer, Dordrecht, 1999, pp. 131-138.<br /><br />56.	  Cao on Substantivalism and the Development of 20th Century Field Theories , Epistemologia, 22, 1999, pp.151-166.<br />57.	  Time, relativity and the spatiality of mental events , in Language, Quantum, Music. Selected Contributed Papers of LMPS 95, a cura di M. L. Dalla Chiara, R. Giuntini, F. Laudisa, Kluwer, Dordrecht, 1999, pp. 197-207.<br /><br />1997<br />58.	 Three Views on the Relationship between Time and Reality , in J. Faye, U. Scheffler, M.Urchs (eds.), Perspectives on Time, Boston Studies in the Philosophy of Science, vol. 189, Kluwer, Dordrecht, 1997, pp. 61-92.<br />1996<br />59.	  On Becoming, Relativity, and Nonseparability , Philosophy of Science, 64, 4, 1996, pp.585-604.  <br /><br />1995<br />60.	  Ontological Determinateness in Quantum Mechanics and Special Relativity , in Garola C. and Rossi A. (eds.), The Foundations of Quantum Mechanics, Dordrecht, Kluwer, 1995, pp. 201-211.<br />1994<br /><br />61.	  Objective temporal becoming and spacetime physics , Proceedings of the triennial congress of the Italian Society of Logic and Philosophy of the Sciences (SILFS), held in Lucca on 7-10 Jan. 1993, ETS, Pisa, Italy, 1994, pp. 367-383.<br /><br />1993<br />62.	  The problem of the relationship between time and motion from Descartes to Newton , in S. Tweyman (ed.), Studies in Early Modern Philosophy, Caravan Books, Delmar, New York, 1993, 3, pp.127-156.<br />1992<br /><br />63.	  Methodology of science as a branch of ethics? , Methodologia, 10, vol.VI, 1992, pp. 14-35.<br /><br /><br /> <br /><br />1988<br /><br />64.	  The world of the worms and the quest for reality , Dialectica, 42, 1988, pp. 171-182.<br /><br />1987<br /><br />65.	  The frequency theory of probability and single events , Epistemologia, 10, 1987, pp. 323-334.<br /><br /><br />Reviews:<br /><br />66.	 A new role for philosophy in scientific revolutions  (review of Di Salle s book Understanding Spacetime) Metascience, 17, pp.61-64, 2008.<br />67.	Review of W. L. Craig, Time and the Metaphysics of Relativity, Kluwer, 2000, in Studies in History and Philosophy of Modern Physics, Volume 34, Issue 1, March 2003, pp. 154-158.<br />68.	 Review of Ferrari M. and Stamatescu I.-O. (eds.), Symbol and Physical knowledge, Springer, 2001, International Journal for Philosophy of Science, 2003, 17.1, pp.95-97.<br />69.	Review of John Earman s Bangs, Crunches, Whimpers, and Shrieks, in British Journal for the Philosophy of Science, vol. 49, n. 2, June 1998, pp. 338-347.<br /><br /><br /><br /><br /><br />PUBLICATION IN FRENCH<br /><br />70.	 Dispositions, propriétés relationnelles et monde quantique  , M. Kistler and B. Gnassonou (eds.), Causes et dispositions, Presse Universitaires de France, Paris, 2006, pp.195-219.<br /><br />71.	   Aristote au pays des quanta , in Science et Avenir, Hors-Serie n 148, October-November 2006, p. 41.<br /><br /> <br /><br />TALKS AND INVITATIONS TO INTERNATIONAL SYMPOSIA AND CONGRESSES<br /><br />2018   <br /><br />1 May, Memorial Lecture in honor of Itamar Pitowsky, Hebrew University of Jerusalem<br /><br />17-18 May Philosophy of Time: A View from the Past, University of Milan<br /><br /><br />2017<br /><br />Triennal congress of the Italian Society for Logic and Philosophy of science, University of  Bologna, June the 23rd<br />	  <br />Realism and Quantum Mechanics, University of Leeds, 13 September<br /><br />Bohr s philosophy of science, IMERA, Marseille, 25 september<br />e<br /><br /><br />2016<br /><br />4, 7 e 8 March Three Lectures at the Universidad Metropolitana de Mexico (UAM) on the philosophy of time<br />8 March Lecture at the Universidad Nacional Autonoma de Mexico (UNAM) on Realism and strumentalism on the wave function.<br />22-27 maggio, Lecture to the conference Carlo Rovelli s 60th birthday (Aix en Provence, Luminy, Merseille)<br />8-11 Conference in Wake Forrest University, NC for the biennial meeting of the Center for the philosophy of time<br />25-27 giugno invitation to participate to the edimburg conference of the centr for the study of time, declined<br />3-6 september  Participation of the workshop Philosophy of science in the mediterranean, Jerusalem<br /><br /><br />2015<br /><br />25 March Luxemburg European school (Scuola Europea)<br /><br />27 March University di Geneva.<br /><br />27 April University of Copenhagen<br /><br />30 April University of Bergen, Norway<br /><br />7 May Oxford<br /><br />11 May Liverpool<br /><br />27 May Munich, LMU<br /><br />3 July Max Planck Institut für Wissenschaftgeschichte<br /><br />9 September Urbino, 100 years from Einstein s General Theory of Relativity<br /><br />22-26 September European Society for Philosophy of science biennal meeting EPSA 15<br /><br /><br /><br />2014<br /><br />		13th May Conference in Gargnano (Garda Lake) on Time <br />		14-19 May, Conference in Bejiing on Science Values and Democracy <br />		22th of May Conference in Barcelona on  spacetime and the wave function <br />		15th of September Oslo s Conference on Causation and Powers<br />		3rd-4th of October, Oxford Conference on Power Structuralism<br />	       8-9 December, Conference on the limits of science, Granada<br />		<br /><br />2013<br />		 <br />	Cologne, Causation and Structuralism, 8 February <br /><br />Athens 3 March, metaphysics of scientific realism<br /><br />	           Paris La Sorbonne 4 April. On scientific revolutions<br /><br />	            Helsinki, 3 Conference of the European Philosophy of Science Association  EPSA, 27- agosto-1-settembre, On Feynman s diagrams<br /><br />                 Louvain la Neuve, 18 October, Conference for in honor of Prof. M. Ghins<br /><br /><br />2012  <br /><br />	   Louvain-la Neuve 25-26 April <br /><br />	   Heidelberg 4-6 June<br />	   <br />	   Bielefeld 19 June <br /><br />	   Hannover 20 June<br /><br />	   COLLEGE DE FRANCE, 26 JUNE, participation to a conference on the 100th anniversary of the discovery of cosmic rays<br /><br />		Oslo , 3-5 September, Conference on Causality and Modality<br /><br />	    London, Metaphysics of Relation, 3-5 October<br /><br />		Urbino, November Conference with the Barcelona Group on Science and Metaphysics<br /><br />		Conference at the Georgia Institute of Technology. (November)<br />	<br />		PSA 2012 meeting (accepted presentation)<br /><br />	<br />2011 <br />	<br />	Persistence in Minkowski spacetime, University of Bonn, 13-14 February<br />	<br />	Louvain la Neuve, Meeting of the Academie Internationale des Philosophies des Sciences 26-28 april, <br /><br />	Toronto 13-15 May Metaphysics and the Philosophy of Science conference<br /><br />	Paris rationalitè en situation, 10 december<br /><br />	Univ. of Leeds, conference at the dept. of philosophy 16 december. External examiner for a Ph.D viva<br /><br />2010<br />	<br />	13-15 December, European Science Foundation, London School of Economics, Points of Contact between Physics and Biology  <br />            <br />24 September 	Commentator to S. Psillos on adding modalities to OSR (Padova, SIFA)<br />	26 April, University of Konstanz<br /><br />2009<br /><br />4 December	University of Athens, On natural laws, workshop with Steven French<br /><br />20 November	University of Bonn, On time and existence in special relativity<br /><br />19 October          Presentation at the European science foundation conference, Dreibergen-Zeist, Holland<br /><br />15 April	Presentation at the conference Metaphysics in Science, Dubrovnik<br /><br />2008<br /><br />2 April	Talk on Causal Power and Disposition in Hotel Sonloup, Les Avants, Lousanne, for the Congress Causation in Biomedical sciences. Philosophical and Historical aspects.<br />7, 8 9 May	Presentation at the Conference Pragmatism and Naturalism, Tilburg, The Netherlands<br />11 June	Presentation at the conference Time and the Universe Tau (Montreal)<br />13 June	Presentation at the 3rd Conference The Ontology of Spacetime, Concordia Montreal<br />15-16 September	Presentation to Conference organized by the Academie de Philosophie de Sciences on Natural and Human sciences<br />19 December   	Commentator of D. Dieks paper at the meeting European Science Foundations, Vienna, Section Philosophy of Physics<br /><br /><br />2007<br /><br />29-31 Marzo	 Do dispositions and propensities have a role in the philosophy of quantum mechanics? , 15th UK and European Meeting on the Foundations of Physics, University of Leeds<br />10-11 September	Connecting objective becoming with the conventionality of simultaneity, presented at the Boston Colloquium for the Philosophy of Science: Italian Trends in the Philosophy of Science<br />9 October           	Congress of the Italian society of logic and philosophy of science (SILFS)  (Commentary to Carlo Rovelli s paper)<br />17 October	Participation to the congress Autonomy of Reason? Rome<br />27 October	Conference to the Festival della scienza (festival of science) Genoa<br />6 November	International conference in Honor of H. Putnam<br />29 November	Seminar in Louvain la Neuve on the role of mathematics in laws of nature<br />30 November	Seminar in Bruxelles on Becoming in physics and psychology<br /><br /><br />2006<br /><br />8-11 June	Presentation at the Second conference on the Ontology of spacetime, Montreal, University of Concordia<br />14-18 June	Presentation to the first Congress of History of Philosophy of Science Society in Paris <br />6-7 October           Presentation at the conference Probabilities, Causes and Propensities in Physics (Universidas Complutense, Madrid)<br />13-14 October         Presentation  Structural spacetime realism and the evaporation of the substantivalism-relationism debate  for the meeting  Physics meets Philosophy at every scale , Parma<br /><br /><br /><br />2005<br /><br />17-21 January	Presentation at the conference Endophysics, Time, the Quantum and the Subjective, Zentrum für Interdisziplinäre Forschung, Bielefeld<br />27-31 August	Two presentations: one at the European Congress for Analitic Philosophy; the other at the special symposium Quantum information and philosophy , both held in Lisbon<br />5-10 September	Congress in Losini for the 70th birthday of G.C. Ghirardi<br /><br /><br /><br /><br /><br /><br />2004  <br /><br />7-8 May	Presentation at the conference  The Arrow of Time in Physics and Philosophy , organized at the l ULB of Louvain, Belgium, by Michel Ghins on account of the European Science Foundation<br />  11-14 May  Presentation at the conference The Ontology of Spacetime, held at the Concordia University, Montreal, Canada. For this conference I have contributed to evaluate the submitted papers and to organize the sessions<br /> 15-19 July   Presentation at the conference  Time in the Natural sciences  at the Center for Time at the University of Sydney<br />11-13 October   Presentation at the conference  God and the Laws of nature , Varenna, Italy<br />       29-30 November   organization of the workshop Time in Physics and Philosophy	<br /><br />2003             <br /><br />	May  8        Seminar at the Dept. of Phyisics at the University of Florence: <br /> 	                    Why are most laws of nature mathematical? <br /><br />	25-29 August: Talk at the International conference on the relation between mathematics and physics, Losinj,  Croazia<br />8-11 October : 	    Conference at the meeting  Reason and Reasonableness <br /><br />26-28 November: The nature of scientific explanation University of Milano  Bicocca  <br /><br />2002<br /><br />19-21September 	Presentation of a paper at the international meeting organized by Paris X Nanterre e and by the Ecole Politecnique on Causal Power and Dispositions<br />3-6 October	Sixth meeting of the Pittsburgh-Konstanz colloquium at the University of Pittsburgh<br />28-30 November	Commentator at the IX meeting of the Italian-Spanish philosophy<br /><br />2001<br /><br />24-27 May:  Language Rules and Laws of Nature  The 5th Baltic Workshop on Logic and Philosophy of Science.<br />4-8 June: Invitation to present  Determinism, Chance and Freedom, at the international congress on Determinism, Tegernsee, Freiburg<br /><br />17-21 June: History and philosophy of cosmology (Monteporzio)<br /><br />28 June: Seminar at the Institut für Grenzgebiet der Psychologie und Psychohygienie  (Freiburg)<br /><br />2000<br /><br />2-4 November <br />	Talk at the PSA 2000 meeting in Vancouver<br />4-6 October <br />	Talk at the meeting of the Italian Society for Analytic Philosophy<br /><br />27-29 September <br />	Talk at the meeting on the philosophy of time at the London School of Economics, for the Royal Series in Philosophy, 2000<br /><br />1999<br /><br />	20-26 August, Congress of the Logic Methodology and Philosophy of Science, Cracow, Poland<br />	Invited lecture on the philosophy of space and time for the philosophy of physics session<br /><br />1998 <br /><br />21-25 October <br />	PSA 98 meeting in Kansas City, USA <br />		Participation to the symposium Special Relativity and Ontology; (the title of my paper is  Becoming and the arrow of causation ), co-symposiasts J. Balashov and S. McCall, commentator R. Clifton.<br /><br />23-25 September Bologna<br />	Italian congress of the society for analytic philosophy.	<br /><br />1997<br /><br />17-20 April. Triest, Italy<br />	Invitation to present  Gödel s two relativistic arguments for the ideality of time  at the international conference organized by the SIFF (Italian Society for the Philosophy and the Foundations of physics).<br /><br />1996<br /><br />5-8 September, Leeds, England<br />	Invitation to present the paper  Mental causation and the reality of tenses  at the congress of the ESAP (European Society for Analytic Philosophy).<br /><br />19-26 May, Castiglioncello, Italy<br />	Commentator in the section  Space and Time  to John Norton s and Andreas Bartel s papers, presented at the annual meeting of the Fellows of the Center for History and Philosophy of Science of the University of Pittsburgh.<br /><br />14 May, Cambridge, England <br />	 The tensed theory of time and spacetime physics , paper presented at the Department of philosophy of the University of Cambridge.<br /><br />1995<br /><br />29 September 1995, Pittsburgh<br />	Talk for the Lunchtime Colloquium Series  On Becoming, Relativity, Nonseparability .<br /><br />19-25 August, Florence<br />	 Becoming in Minkowski spacetime , presented at the 10th International Congress of Logic, Methodology and Philosophy of science in the section philosophy of physics.<br /><br />24-28 May, Parma Italy<br />	 Measurability, computability and the existence of theoretical entities , presented at the International congress of the Acadèmie de Sciences.<br /><br />18-21 May, Poel, Germany<br />	 Three views of the relationship between time and reality , presented at the International congress on the philosophy of time, organized by J. Faye, M. Urchs and Scheffler.<br /><br />1993<br />	<br />19 e 26 November, Vienna, Austria <br />	Two seminars on Tarski s indefinability theorem within the course held by prof. Herbert Hrachovec of the University of Vienna on Gödel s incompleteness theorems (Gödel Unentscheidbarkeitsbeweis).<br /> <br /><br /><br /><br />PUBLICATIONS IN ITALIAN<br /><br /><br />Edited book:<br /><br />72.	La legge di natura. Analisi storico-critica di un concetto, (Laws of nature: a Historico-Critical Analysis of a Concept), G. Boniolo and Mauro Dorato (eds.), McGraw Hill Italia, Milano, 2001.<br /><br />Books in Italian<br /><br /><br /><br />73.	Cosa c entra l anima con gli atomi? .Introduzione alla Filosofia della scienza, second enlarged edition Roma, Laterza 2017<br /><br />74.	Che cos è il tempo? Einstein, Gödel e l esperienza comune, (What is time? Einstein, Gödel and common experience) Carocci, Roma (quality paperback) 2013. Review of the book by Carlo Rovelli, Il Sole 24, June 2013.<br /><br />75.	 Cosa c entra l anima con gli atomi?  Introduzione alla filosofia della scienza, (What has the soul got to do with atoms? Introduction to the philosophy of science), Laterza, Roma-Bari, 2007.<br /><br />76.	with Allori, V., Laudisa, F. Zanghì, N., La nature delle cose. Introduzione ai fondamenti e alla filosofia della fisica (The Nature of Things. Introduction to the foundations and philosophy of physics). Carocci, Roma, 2005.<br /><br />77.	Il software dell Universo. Saggio sulle leggi di natura. Bruno Mondadori, Milano 2000. (translated in English by Ashgate: see 2 above).<br /><br />78.	Futuro aperto e libertà. Un introduzione alla filosofia del tempo, pref. di R. Bodei, (Open Future and Freedom. An Introduction to the Philosophy of Time, with a preface by R. Bodei), 1997, Laterza, Roma Bari.<br /><br />79.	Modalità e temporalità. Un raffronto tra le logiche modali e le logiche temporali. (Modality and Temporality. A comparison between modal and temporal logic). Il Bagatto, Roma, 1994.<br /><br />Reviews of Futuro aperto e libertà:<br /><br />Michele di Francesco,  Libertà di movimento , Literary Supplement to Il Sole-24 Ore, 20 luglio 1997, p. 26.<br />Giovanni Boniolo,  Futuro aperto e libertà , Le Scienze, Novembre 1997, p.117.<br />Alberto Oliverio,  I ricordi tra regole biologiche ed elaborazioni soggettive , Corriere della Sera, 21 Dicembre 1997, p. 29.<br />Franca D Agostini,  Ieri e domani via col tempo , Tuttilibri, supplemento a La Stampa, 26 febbraio 1998, p.6.<br /><br /><br /><br /><br /><br />Reviews of Il Software dell Universo<br /><br />M. Di Francesco,  Il software che fa girare la realtà , il Sole 24 ore, 14.01.01. <br />intervista a L. Gabaglio  Alla scoperta delle leggi di natura , Sapere, Dic. 2000, p.86-88.<br />L. Massacra,  Il software dell universo , Mediamente, 31.01.01.<br />F. Cimatti,  Quel che ci dice il lessico dell universo , Il Manifesto, 26.05.01<br />E. Castellani, Le Scienze, Ottobre 2001<br />V. Ascheri, (http://www.swif.uniba.it/lei/recensioni/index.htm), novembre 2001<br /><br /><br /><br />Published papers<br /><br />80.	Filosofia della fisica, in Rivista di Filosofia, 2017, N.2 2017, pp.183-199<br />81.	 La relatività e la realtà del momento presente , In Realtà senza realismo, a cura di M. D Ariano, Cristian Mariani, Salvatore Veca, Atti del Congresso dell Istituto Lombardo delle Scienze e Lettere, Page Press, 2017, p. 35-52.<br /><br />82.	Il presente tra scienza e senso comune, in La Guerra dei mondi? Scienza e senso comune. a Cura di A. Lavazza e M. Marraffa. Torino: Codice, 2016, pp.150-161.<br />83.	 Perché il linguaggio della natura è matematico? Da Galilei al dibattito contemporaneo , in P. Pecere (ed.) Il libro della natura. Scienze e filosofia da Einstein alle neuroscienze contemporanee, Carocci Roma, vol II, pp.35-43. 2015<br /><br />84.	Preface at the Born-Einstein Correspondence (ed. by M.Dorato), Mimesis, 2015, pp. IX-XVI<br />85.	Passato presente futuro, in Asimmetrie, Rivista semestrale dell Istituto Nazionale di Fisica Nucleare, 17/10.14, pp. 13-14.<br />86.	L indispensabilità della scienza per la democrazia (I). Discussione libera e controlli incrociati di ipotesi (II), in Riflessioni e iniziative di democrazie in tempo di crisi, (ed. P. Chiatti), Morlacchi, Perugia, 2014, pp.3-40.<br /><br />87.	Il ruolo della selezione di gruppo nelle spiegazioni naturalistiche della religione (The Role of Group Selection in Naturalistic Explanations of Religion), Sistemi Intelligenti / a. XXV, n. 2, agosto 2013, pp.367-372.<br />88.	L Instabilità della necessità metafisica: tra la Scilla della necessità logica e la Cariddi della necessità fisica (The Instability of metaphysical necessity: between the Scilla of logical necessity and physical necessity), Sistemi Intelligenti, Anno XXV, n.1 aprile 2013, pp. 95-100.<br /><br />89.	Scienza, Valori, Democrazia (Science, Values, Democracy), Roma Tre News, Anno XV, n.1 2013, pp.16-18.<br /><br /><br />90.	 Scienza e coscienza, ovvero le contraddizioni della scienza del Novecento  (Science and consciousnees, or the contradictions of 20th century science), In Alla ricerca delle radici della nostra cultura,  n. 6, Grafica Briantea, Milano, 2012, pp.29-40.<br />91.	 Idee fondamentali della fisica dell'Ottocento  (The fundamental ideas of 19th century physics), in L'età moderna e contemporanea, a cura di U.Eco, l'Ottocento, Filosofia, Scienze e Tecniche, EM Publishers, Milano, 2012, pp. 397-409.<br /><br />92.	Vittorio Somenzi, l'altruismo e i pesci sentinella: alcuni ricordi personali (Vittorio Somenzi, the altruism of fishes: some personal memories), in Vittorio Somenzi. Antologia e Testimonianze. Fondazione Banca Agricola Mantovana, 2011, 381-383.<br /><br />93.	Una brevissima storia del nulla, ovvero  troppo rumore per nulla  (A very brief history of nothingness, or too much ado about nothing) in V. Lingiardi, N. Vassallo (a cura di), Terza cultura, Il Saggiatore, Milano, pp. 109-110.<br /><br />94.	Come si fa ad acchiappare qualcosa che non esiste?  Intervista a Chiara Lalli, (How can you grasp something that does not exist?An interview to C. Lalli)) Il Mucchio, XXXV, n. 688, 2011, p. 49-51.<br /><br />95.	 Verità e scelta dei fatti , (Truth and the choice of facts) in Vero e Verosimile, Italiani Europei, 8, 2011, pp.52-57.  <br /><br />96.	 L enigma del tempo e il controllo del futuro  (The enigma of time and the control of the future), in Prevedere, Anticipare, Prisma, 1, pp.55-60, ristampa di (84)-reprint of 92<br /><br /><br />97.	Tempo e divenire tra fisica e metafisica (Time and Becoming between Physics and Metaphysics), intervista di Laura Felline, in Human-Mente, vol. 8, Jan. 2009, pp. 207-214, http://www.humana-mente.it/Volume8_Models.of.Time.pdf<br /><br />98.	 Dialoghi sul confine  (Dialogues over the border), in Sapere, Ottobre 2010, pp. 12-19<br /><br />99.	 Dalla freccia di Lucrezio all ascensore di Einstein: alcune considerazioni sul ruolo degli esperimenti mentali nella scienza  (From Lucretius arrow to Einstein s elevator: some remarks on the role of thought experiments in science), in Esperimenti Mentali (a cura di R. Casati A. Jacomuzzi, P. Kobau), Rivista di Estetica, n.s. 42, 3, anno 49, 2009, pp.21-37.<br /><br />100.	 L'enigma del tempo e il controllo del futuro  (The enigma of time and the control of the future), in Spazio ricerca, N. 9, ottobre 2009, pp. 54-59.<br /><br />101.	 I due tavoli di Eddington, ovvero l immagine scientifica del mondo e il mondo della vita  (Eddington s two tables, or the scientific image of the world and the world of life ),, in A. Peruzzi (ed.), Pianeta Galileo 2008, Centro Stampa del Consiglio Regionale della Toscana, Firenze, pp. 81-87.<br /><br />102.	Ha senso parlare di  basi biologiche  della morale? (Is it meaningful to talk about the biological basis of morality? ) in B@belonline/print, a cura di M. T.  Pansera, n. 5, 2008, p. 209-215.<br /><br />103.	 Determinismo, libertà e la biblioteca di Babele  (Determimism, freedom and babel s library), in Prometeo, Anno 27, 105, Marzo 2009, pp.78-85<br /><br />104.	   Brevi considerazioni sull inevitabilità del conflitto fede-ragione  (Brief Remarks on the Inevitability of the Confict between Faith and Reason), in Scienze e Religioni, a cura di Rafael Pascual e Raffaele Pisano, UNI Service   TRENTO, 2008,  pp.123-129.<br /><br />105.	  Tempo della mente e tempo della materia. La natura del presente e la teoria della relatività (Mental Time and Material Time. The nature of the present and the theory of relativity), in C. Esposito e P. Porro (eds.) Quaestio 7/2007, La materia, Die Materie, Matter, Brepols Publishers, Belgium, pp.489-503.<br /><br />106.	  L ossessione dello scientismo  ( The Obsession of Scientism ), Micromega, Almanacco di Scienze, 3, 2008, pp. 79-90.<br /><br />107.	 Uno sguardo al tempo fisico  ( A glance to physical time ), in G. Borio e C. Gentili (eds.), Armonia, Tempo. Storia dei concetti musicali, (Armony, Time) Carocci, Roma, 2007, pp. 305-319.<br /><br />108.	Entry  La teoria della relatività  (Theory of relativity), in Historia. La grande storia della civiltà europea, a cura di U. Eco, L. Barletta, M. A. Bazzocchi, A. Ottani Cavina, G. Corbellini, P. Corsi, L. Marconi, E. Raimondi, L. Spaziante, Federico Motta, Milano, 2007, vol 5, Il Novecento, pp. 409-501.<br /><br />109.	 Entry  Filosofia della Scienza  (Philosophy of Science), in Historia. La grande storia della civiltà europea, a cura di U. Eco, L. Barletta, M. A. Bazzocchi, A. Ottani Cavina, G. Corbellini, P. Corsi, L. Marconi, E. Raimondi, L. Spaziante, Federico Motta, Milano, 2007, vol. 5, Il Novecento, pp. 423-426.<br /><br />110.	 Einstein e la Relatività  (Einstein and Relativity), in Filosofia e cultura, (a cura di A. La Vergata e F. Trabattoni), vol. 3b, La Nuova Italia, Firenze, pp. 110-120.<br /><br />111.	 Wertbeziehung e Wertfreiheit nella filosofia della scienza contemporanea , ( Wertbeziehung e Wertfreiheit in contemporary philosophy of scienceI, in Bene navigavi. Studi in onore di Franco Bianco, a cura di M. Failla, Quodlibet Studi, 2006, pp.39-48.<br /><br />112.	  Il dibattito tra compatibilisti e libertari tra metafisica e pragmatica: perché si deve abbandonare la prima per abbracciare la seconda.  (The debate between compatibilists and libertarians between metaphysics and pragramatics: why should we abandon the former to endorse the latter), in Le ragioni del conoscere e dell agire, a cura di R. Calcaterra, Quodlibet, Macerata, 2006, pp.267-276.<br />113.	 Il dibattito tra compatibilisti e libertari tra metafisica e pragmatica: perché si deve abbandonare la prima per abbracciare la seconda. , in Le ragioni del conoscere e dell agire, a cura di R. Calcaterra, Quodlibet, Macerata, 2006, pp.267-276.<br />114.	 Perché l università merita un altra riforma , (Why the University deserves another reform), Darwin, September 2005, pp.64-65.<br />115.	 Che cos è la filosofia della scienza?  (What is philosophy of science?), Analysis, 3, 2003, pp.15-22 (this is a slightly modified version of the on-line essay (39).<br />116.	 Filosofia della fisica  (Philosophy of Physics), in N. Vassallo (ed.), Filosofia delle scienze, (Philosophy of the Sciences), Einaudi, Torino, 2003, pp. 99-139.<br />117.	 Filosofia della scienza - Fondamenti delle scienze , in  Linee di ricerca , e-book in progress edited by L. Floridi, .http://www.swif.it/bibliotecna/lr/intro.php<br /><br />118.	 Nella Fisica sta tutta la realtà , Recensione (review) di M. Lange, Introduction to the Philosophy of Physics, Blackwell, 2002, Il SOLE 24 ORE, Domenica 23.XI.2003, p. 34.<br /><br />119.	 Leggi naturali e libertà  (Natural Laws and Freedom), in Nuova Civiltà delle Macchine, XIX, 4, 2001,  pp.76-88 (published in September 2002)<br /><br />120.	 Filosofia della scienza  (Philosophy of science), in F. D Agostini, N. Vassallo (eds.), Storia della Filosofia Analitica (History of Analytic Philosophy), Einaudi, Torino, pp. 223-249, 2002.<br /><br />121.	 Popper e la fisica  (Popper and Physics), in Reset, 72, July-August 2002, p.88-90.<br />122.	  Il positivismo e l uniformità della natura: le leggi in J. S. Mill , (Positivism and the Uniformity of Nature: Natural Laws in J.S. Mill), cap. 7, in G. Boniolo e M. Dorato (eds.), La legge di natura. Analisi storico-critica di un concetto, McGraw Hill Italia, Milano, 2001, cap. 7, pp. 181-208.<br />123.	With G. Boniolo,  Introduzione , in G. Boniolo e M. Dorato (eds.), La legge di natura. Analisi storico-critica di un concetto, McGraw Hill Italia, Milano, 2001, pp. XIII-XVIII.<br />124.	 Sapere scientifico-tecnologico e sapere filosofico , in C. dal Canto e  M. Paoli (eds.), Filosofia ed etica di fronte allo sviluppo scientifico tecnologico, ITIS, Pontedera (PI), 2001, pp.79-92. <br />125.	   With P. Quintili e C. Stancati,  Filosofie della natura  (Philosophies of Nature), Bollettino Filosofico, Dipartimento Filosofia dell Università della Calabria, 2001, pp.454-469.<br />126.	    Tempo e causalità mentale  (Time and Mental Causation), Rivista di Filosofia, 90, 3/1999, pp. 417-437.<br />127.	  Determinismo, caso, libertà: in difesa del compatibilismo , (Determinism, Chance and Freedom: in  defense of Compatibilism), Paradigmi, 51, 1999, pp.547-569.<br />128.	 Novecento Fisico  (20th-Century Physics), in Novecento, Novecenti, a cura di E. Agazzi, La Scuola, Brescia, 1999, pp.249-273.<br />129.	  Il tempo analizzato: origine e significato della metafora del flusso del tempo , (Origin and Meaning of the Metaphor of the Passage of Time), in Nuova Civiltà delle macchine, 17, n.1 (65), 1999 pp. 28-37.<br />130.	  La causalità fisica e il principio di causa comune  (Physical Causation and the Principle of Common Cause), Sistemi intelligenti, 11, n. 2, 1999, pp. 207-229.<br />131.	  La natura del tempo  (The nature of time), Montag,1998, 4, pp.99-113.<br />132.	  Chi ha bisogno di una fisica computabile della mente?  (Who needs a non-computable physics of the mind?), V. M. Abrusci, C. Cellucci, Roberto Cordeschi, V. Fano (eds.), Proceedings of the Third Meeting of the Italian Society for Logic and Philosophy of Sciences, 1998 V. M. Abrusci, C. Cellucci, Roberto Cordeschi, V. Fano, Pisa, ETS, 1998, pp. 245-254.<br /><br />133.	 Tre fili di Arianna per il labirinto del tempo , (Three Ariadne s threads for the labyrinth of time), in Storia e Filosofia della Scienza. Un possibile scenario italiano. (History and Philosophy of Science. An italian possible scenario), E. Bellone, G. Boniolo (eds.), Milano, Fotolito Sebi, 1998, pp.69-78.<br /><br />134.	 with Giovanni Boniolo:  Dalla relatività galileiana alla relatività generale  (From galileian relativity to general relativity), in G.Boniolo (ed.), Filosofia della fisica, Bruno Mondadori, Milano, Italy, 1997, pp.5-167. ( Philosophy of physics  (other authors of the book include S. Bergia, G. Boniolo, M.L. Dalla Chiara, G.C. Ghirardi, R. Giuntini, and M. Pauri). The sections that I have written are  Tempo e simultaneità ,  Il paradosso dei gemelli ,  Fisica e geometria , (Time and simultaneity, The Twin Paradox, Physics and Geometry).<br /><br />135.	 Tempo e nonseparabilità nella fisica relativistica , (Time and nonseparability in relativistic physics), paper presented at the Congress on the Foundations and Philosophy of Physics, held on 27-29 September 1994 in Cesena and Urbino, in V. Fano (ed.), Fondamenti e Filosofia della Fisica, (Foundations and Philosophy of Physics), Accademia Nazionale di Scienze Lettere e Arti, Società Editrice  Il Ponte Vecchio , Cesena, 1996, pp.147-161.<br /><br />136.	 La teoria della relatività e l identità del mentale e del fisico  (The special theory of relativity and the identity of the physical and the mental), paper presented at the first congress of the Italian Society for Analythic Philosophy (SIFA), held in Genova on 12-15 October 1994, in C. Penco e G. Sarbia (eds.), Alle radici della filosofia analitica, Atti del primo convegno di Filosofia Analitica, Genua, Erga Edizioni.<br /><br />137.	 Il problema del realismo tra meccanica quantistica e relatività speciale  (The problem of realism between quantum mechanics and special relativity), Epistemologia, 19, 1996, pp.133-176.<br /><br /><br />138.	 Aspetti epistemologici del concetto di tempo , (Epistemological aspects of the concept of time), Nuova Civiltà delle Macchine, Anno 13, n. 1-2, 1995, pp. 99-111.<br /><br />139.	 Sapere come e sapere perchè , (Knowing how and knowing why), Technological Review, italian edition of the MIT journal, 74, Dec. 1994, pp. 36-39.<br /><br />140.	 La realtà del futuro e la relatività speciale , (The reality of the future and the special theory of relativity), Rivista di Filosofia, 85, 3, 1994, pp. 383-409.<br /><br />141.	 Il dibattito Mill-Whewell e la prima legge di Keplero , (The Mill-Whewell debate and the first law of Kepler), Nuova Civiltà delle Macchine, 25, 1989, pp. 68-76.<br /><br />142.	 Come nascono le teorie scientifiche , (The origin of scientific theories), interview with Mary Hesse, in Prometeo, 11, Sept. 1985, pp. 94-100.<br /><br />143.	 Scienza ed arte , (Science and Art), Prometeo, 12, Dec. 1985, pp. 155-157.<br /><br />144.	 Creatività e scoperta scientifica  (Creativity and scientific discovery), Sapere, Dec. 1983, pp. 48-52.<br /><br /><br />Reviews of philosophy books in Italian newspapers<br /><br />145.	 Nella Fisica sta tutta la realtà , Recensione (review of) di M. Lange, Introduction to the Philosophy of Physics, Blackwell, 2002, Il SOLE 24 ore, Domenica 23.XI.2003 <br /><br />146.	   Einstein opportunista?  Il Sole 24 ore, Domenica 28 Marzo 2010, (review of) di F. Laudisa. Einstein. Un atlante filosofico. Bompiani, 2010.<br /><br />147.	  Pensare la salute e la malattia , Il Sole 24 ore, Domenica 14 Novembre, 2010, review of di Filosofia della medicina, a cura di A. Pagnini, Carocci, 2010.<br /><br />148.	L impossibile indipendenza della scienza dalla filosofia, Recensione di F. Laudisa, Il naturalismo, Laterza, Il manifesto, 23/11/2014<br /><br />149.	 Nella simmetria una dea dell estetica , recensione di Una bellissima domanda Scoprire il disegno profondo della natura (Einaudi) Il manifesto, 3 Luglio 2016 https://ilmanifesto.it/nella-simmetria-una-dea-dellestetica/<br /><br /><br />150.	Perché la materia ci rende liberi. Il Sole 24 ore, Recensione di J. Ismael, How physics makes us Free, 2016<br /><br /> <br />"
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max-width:600px /*– cambia questo con la larghezza desiderata –*/;
margin:0 auto;
width:100%;
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.form-row{
width: 100%;
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.column-half, .column-full{
float: left;
position: relative;
padding: 0.65rem;
width:100%;
-webkit-box-sizing: border-box;
-moz-box-sizing: border-box;
box-sizing: border-box
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.clearfix:after {
content: "";
display: table;
clear: both;
}

/**—————- Media query —————-**/
@media only screen and (min-width: 48em) {
.column-half{
width: 50%;
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}

/**—————- Per spostare il bottone invio a destra —————-**/

.wpcf7-submit{
float: right;
}

/**—————- Per cambiare il colore del bottone —————-**/
.wpcf7-submit{
background: #000/*– colore sfondo –*/;
color: white/*– colore testo –*/;
}

/**—————- Colore del bottone con il passaggio del mouse —————-**/
.wpcf7-submit:hover{
background: #f3f3f3;
color: #000;
}

/**—————- Per personalizzare il messaggio di successo —————-**/

div.wpcf7-mail-sent-ok {
text-shadow: none;
border: none;
background: #8BC34A;
color: white;
font-family: ‘Raleway’;
}

.bold {
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/* PARALLAX OFF 

body:not(.home) .site-header-placeholder {height: 85px !important}
*/

.has-post-thumbnail .intro {
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.has-featured-image .intro-inner {
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.page-id-42979 .has-featured-image .intro-inner {
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.wm-subnav ul li {
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.container--curriculum-list li {
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iframe {
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.fl-col-content {
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.cn-fa-tik-tok img {
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.fab, .fa {
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.logo {
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.cn-fa-icon a {
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.grecaptcha-badge { visibility: hidden; }


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<div class="site-branding"><h2 class="screen-reader-text">Università Roma Tre</h2><a id="site-title" class="site-title logo type-img" href="https://www.uniroma3.it/en/" title="Università Roma Tre | L’Università degli Studi Roma Tre è un’università giovane e per giovani, è nata nel 1992 ed è rapidamente cresciuta sia in termini di studenti che di corsi di studio offerti. Sono attivi 13 dipartimenti che offrono corsi di Laurea, Laurea magistrale, Master, Corsi di perfezionamento, Dottorati di ricerca e Scuole di specializzazione" rel="home"><img width="300" height="67" data-src="https://sp-ao.shortpixel.ai/client/to_auto,q_glossy,ret_img,w_300,h_67/https://www.uniroma3.it/wp-content/uploads/2024/12/RomaTre_marchio_rgb-copia.jpg" alt="Università Roma Tre logo" decoding="async" loading="lazy" title="Università Roma Tre | L’Università degli Studi Roma Tre è un’università giovane e per giovani, è nata nel 1992 ed è rapidamente cresciuta sia in termini di studenti che di corsi di studio offerti. Sono attivi 13 dipartimenti che offrono corsi di Laurea, Laurea magistrale, Master, Corsi di perfezionamento, Dottorati di ricerca e Scuole di specializzazione" src="data:image/gif;base64,R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw==" class="lazyload" style="--smush-placeholder-width: 300px; --smush-placeholder-aspect-ratio: 300/67;" /><noscript><img width="300" height="67" src="https://sp-ao.shortpixel.ai/client/to_auto,q_glossy,ret_img,w_300,h_67/https://www.uniroma3.it/wp-content/uploads/2024/12/RomaTre_marchio_rgb-copia.jpg" class="" alt="Università Roma Tre logo" decoding="async" loading="lazy" title="Università Roma Tre | L’Università degli Studi Roma Tre è un’università giovane e per giovani, è nata nel 1992 ed è rapidamente cresciuta sia in termini di studenti che di corsi di studio offerti. Sono attivi 13 dipartimenti che offrono corsi di Laurea, Laurea magistrale, Master, Corsi di perfezionamento, Dottorati di ricerca e Scuole di specializzazione" /></noscript><span class="screen-reader-text">Università Roma Tre</span></a><div class="site-description">L’Università degli Studi Roma Tre è un’università giovane e per giovani, è nata nel 1992 ed è rapidamente cresciuta sia in termini di studenti che di corsi di studio offerti. Sono attivi 13 dipartimenti che offrono corsi di Laurea, Laurea magistrale, Master, Corsi di perfezionamento, Dottorati di ricerca e Scuole di specializzazione</div></div><div id="info-tagline" class="info-tagline">L’Università degli Studi Roma Tre è un’università giovane e per giovani, è nata nel 1992 ed è rapidamente cresciuta sia in termini di studenti che di corsi di studio offerti. Sono attivi 13 dipartimenti che offrono corsi di Laurea, Laurea magistrale, Master, Corsi di perfezionamento, Dottorati di ricerca e Scuole di specializzazione</div>
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<h2 style="color: #07599b;">20410448 - FS410 -  DIDACTICS OF PHYSICS WORKSHOP</h2>
<article role="article" id="b72c30e2-b227-416c-ba2c-b5392699857b--20410448" class="post-courses-sua" itemscope="" itemprop="blogPost" itemtype="https://schema.org/BlogPosting">
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	    <input type="checkbox" id="according--checkboxObiettivo" class="according--check-el" checked>
		
<label for="according--checkboxObiettivo" class="according--title">Objectives</label>
<div class="according--container-item according--container-item--noSpace">
Learn statistical and laboratory techniques for the preparation of didactic physics experiments.</div>
	
	</div>
</div>
<div class="according--containerWrap">
				<p class="according--title-sub">Curriculum</p>
					<div class="according--container according--container-curriculum">
		<input type="checkbox" id="according--checkbox0" class="according--check-el ">
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					<p>Teorico-didattico</p>
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				<!-- <p class="according--title-sub"></p> -->
			
		
		<div class="according--container">
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Parametri ricevuti:
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- CodiceInsegnamento: 20410448
- Canale: 
- IsModulo: SI

DEBUG - Numero totale docenze: 356
DEBUG - Cerco docenze per CF: CSBFST87T13H501X
DEBUG - Trovata docenza corrispondente per codice: 20410448
Risultato:
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- Record 1:
  CF: CSBFST87T13H501X
  Codice: 20410448
  Programma presente? NO
============= FINE DEBUG getDocenteFromSoapData ============= -->
<!-- ============= INIZIO DEBUG SCHEDA DOCENTE 2 =============
InfoCanale vuoto? NO
Dati InfoCanale: Array
(
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        (
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            [CodiceFiscale] => CSBFST87T13H501X
            [CodiceInsegnamento] => 20410448
            [DenominazioneInsegnamento] => FS410 - LABORATORIO DI DIDATTICA DELLA FISICA
            [CanaleIndex] => 0
            [Programmazione] => 926d2d31-a123-4f13-a519-44aa13501d64
            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
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Programma vuoto? SI
CF2BeFound: CSBFST87T13H501X
Codice: 20410448
Denominazione Canale: 
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============= FINE DEBUG SCHEDA DOCENTE 2 ============= -->
								<div class="according--container according--container-docente">
									<input type="checkbox" id="according--checkbox-docente-casaburo-fausto-0" class="according--check-el">
									<label for="according--checkbox-docente-casaburo-fausto-0" class="according--title">
										<p>CASABURO FAUSTO</p>
									</label>
									<span style="display: inline-block; vertical-align: middle;"><a href='/en/persone/YnUyblVVS2ZReGlzaDdZTE05M0x6UzNZNjRWZWpTS2lGc084VGhDNExqWT0='>teacher profile</a></span>
									<span class="hide-mobile" style="color: #07599b">|</span>
									<span class="float-mobile" style="display: inline-block; vertical-align: middle;"><a href='/en/persone/YnUyblVVS2ZReGlzaDdZTE05M0x6UzNZNjRWZWpTS2lGc084VGhDNExqWT0=/ricevimento/'>teaching materials</a></span>
									<p>Mutuazione: 20410448 FS410 - LABORATORIO DI DIDATTICA DELLA FISICA in Matematica LM-40  Casaburo Fausto, ORESTANO DOMIZIA</p>
									
									<div class="according--container-item according--container-item--noSpace">
																																																															</div>
								</div>
								<!-- ============= INIZIO DEBUG getDocenteFromSoapData =============
Parametri ricevuti:
- CodiceFiscale: RSTDMZ67T55H501E
- CodiceInsegnamento: 20410448
- Canale: 
- IsModulo: SI

DEBUG - Numero totale docenze: 356
DEBUG - Cerco docenze per CF: RSTDMZ67T55H501E
DEBUG - Trovata docenza corrispondente per codice: 20410448
DEBUG - Trovata docenza corrispondente per codice: 20410448
Risultato:
- Numero record trovati: 2
- Record 1:
  CF: RSTDMZ67T55H501E
  Codice: 20410448
  Programma presente? SI
============= FINE DEBUG getDocenteFromSoapData ============= -->
<!-- ============= INIZIO DEBUG SCHEDA DOCENTE 2 =============
InfoCanale vuoto? NO
Dati InfoCanale: Array
(
    [0] => stdClass Object
        (
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            [CodiceFiscale] => RSTDMZ67T55H501E
            [CodiceInsegnamento] => 20410448
            [DenominazioneInsegnamento] => FS410 - LABORATORIO DI DIDATTICA DELLA FISICA
            [CanaleIndex] => 0
            [Programmazione] => b72c30e2-b227-416c-ba2c-b5392699857b
            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
            [Programma] => experimental method<br />physical quantities<br />physical dimensions and units<br />direct and indirect measurements<br />uncertainties and their popagation<br />statistical estimators<br />histograms<br />graphics<br />least squares method<br />educational experiments<br />digital technologies and tools applied to laboratory physics
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            [Valutazione] => discussion of an educational experiment
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                    [ValutazioneProgetto] => 1
                    [ValutazioneTirocinio] => 
                    [ValutazioneItinere] => 
                    [ProvaPratica] => 
                )

            [PreRequisiti] => attendance to the classes of general physics I and II

            [ModalitaSvolgimento] => most lessons are held in the laboratory and include practical activities guided by explainations provided during the lab classes
            [IndicazioniAnvur] => 
            [ModalitaFrequenzaDescrizione] => Attendance at laboratory lessons is compulsory. In exceptional cases it can be replaced by the execution, during the semester, of experimental activities at home but agreed and supervised by the teacher
            [ModalitaValutazioneDescrizione] => discussion of an educational experiment
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            [CodiceFiscale] => RSTDMZ67T55H501E
            [CodiceInsegnamento] => 20410448
            [DenominazioneInsegnamento] => FS410 - LABORATORIO DI DIDATTICA DELLA FISICA
            [CanaleIndex] => 0
            [Programmazione] => 926d2d31-a123-4f13-a519-44aa13501d64
            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
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            [TestiDocente] => notes distributed during the classes<br />
            [Valutazione] => presentation of a didactic module for high school students including the discussion of a laboratory experiment
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                    [ValutazioneProgetto] => 
                    [ValutazioneTirocinio] => 
                    [ValutazioneItinere] => 
                    [ProvaPratica] => 
                )

            [PreRequisiti] => attendance to the general physics courses FS110 (Fisica I) and FS220 (Fisica II)


            [IndicazioniAnvur] => 
            [ModalitaErogazioneDescrizione] => class lectures on the theory, planning and set up of laboratory measurements in lab classes

            [ModalitaFrequenzaDescrizione] => attendance to the lab classes is mandatory
            [ModalitaValutazioneDescrizione] => presentation of a didactic module for high school students including the discussion of a laboratory experiment
        )

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Programma vuoto? NO
CF2BeFound: RSTDMZ67T55H501E
Codice: 20410448
Denominazione Canale: 
IsModulo: SI
============= FINE DEBUG SCHEDA DOCENTE 2 ============= -->
								<div class="according--container according--container-docente">
									<input type="checkbox" id="according--checkbox-docente-orestano-domizia-0" class="according--check-el">
									<label for="according--checkbox-docente-orestano-domizia-0" class="according--title">
										<p>ORESTANO DOMIZIA</p>
									</label>
									<span style="display: inline-block; vertical-align: middle;"><a href='/en/persone/ellLbzY4VWRENzlaZGpxQ08wZGRkS1J1WFhnYXArOCsyK1N6SkdDemxrTT0='>teacher profile</a></span>
									<span class="hide-mobile" style="color: #07599b">|</span>
									<span class="float-mobile" style="display: inline-block; vertical-align: middle;"><a href='/en/persone/ellLbzY4VWRENzlaZGpxQ08wZGRkS1J1WFhnYXArOCsyK1N6SkdDemxrTT0=/ricevimento/'>teaching materials</a></span>
									<p>Mutuazione: 20410448 FS410 - LABORATORIO DI DIDATTICA DELLA FISICA in Matematica LM-40  Casaburo Fausto, ORESTANO DOMIZIA</p>
									
									<div class="according--container-item according--container-item--noSpace">
																			<p class="according--abstract-title">Programme</p>
										experimental method<br />physical quantities<br />physical dimensions and units<br />direct and indirect measurements<br />uncertainties and their popagation<br />statistical estimators<br />histograms<br />graphics<br />least squares method<br />educational experiments<br />digital technologies and tools applied to laboratory physics<br/><br/>
																												<p class="according--abstract-title">Core Documentation</p>
										materials in Moodle<br/><br/>
																																														<p class="according--abstract-title">Attendance</p>
										Attendance at laboratory lessons is compulsory. In exceptional cases it can be replaced by the execution, during the semester, of experimental activities at home but agreed and supervised by the teacher<br/><br/>
																												<p class="according--abstract-title">Type of evaluation</p>
										discussion of an educational experiment<br/><br/>
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								</div>
										</div>
			</div>
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				<!-- ============= INIZIO DEBUG getDocenteFromSoapData =============
Parametri ricevuti:
- CodiceFiscale: CSBFST87T13H501X
- CodiceInsegnamento: 20410448
- Canale: 
- IsModulo: SI

DEBUG - Numero totale docenze: 356
DEBUG - Cerco docenze per CF: CSBFST87T13H501X
DEBUG - Trovata docenza corrispondente per codice: 20410448
Risultato:
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- Record 1:
  CF: CSBFST87T13H501X
  Codice: 20410448
  Programma presente? NO
============= FINE DEBUG getDocenteFromSoapData ============= -->
<!-- ============= INIZIO DEBUG SCHEDA DOCENTE 2 =============
InfoCanale vuoto? NO
Dati InfoCanale: Array
(
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            [CanaleIndex] => 0
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            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
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                (
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                    [ValutazioneTestAttitudinale] => 
                    [ValutazioneProgetto] => 
                    [ValutazioneTirocinio] => 
                    [ValutazioneItinere] => 
                    [ProvaPratica] => 
                )

            [IndicazioniAnvur] => 
        )

)

Programma vuoto? SI
CF2BeFound: CSBFST87T13H501X
Codice: 20410448
Denominazione Canale: 
IsModulo: SI
============= FINE DEBUG SCHEDA DOCENTE 2 ============= -->
								<div class="according--container according--container-docente">
									<input type="checkbox" id="according--checkbox-docente-casaburo-fausto-0" class="according--check-el">
									<label for="according--checkbox-docente-casaburo-fausto-0" class="according--title">
										<p>CASABURO FAUSTO</p>
									</label>
									<span style="display: inline-block; vertical-align: middle;"><a href='/en/persone/YnUyblVVS2ZReGlzaDdZTE05M0x6UzNZNjRWZWpTS2lGc084VGhDNExqWT0='>teacher profile</a></span>
									<span class="hide-mobile" style="color: #07599b">|</span>
									<span class="float-mobile" style="display: inline-block; vertical-align: middle;"><a href='/en/persone/YnUyblVVS2ZReGlzaDdZTE05M0x6UzNZNjRWZWpTS2lGc084VGhDNExqWT0=/ricevimento/'>teaching materials</a></span>
									<p>Mutuazione: 20410448 FS410 - LABORATORIO DI DIDATTICA DELLA FISICA in Matematica LM-40  Casaburo Fausto, ORESTANO DOMIZIA</p>
									
									<div class="according--container-item according--container-item--noSpace">
																																																															</div>
								</div>
								<!-- ============= INIZIO DEBUG getDocenteFromSoapData =============
Parametri ricevuti:
- CodiceFiscale: RSTDMZ67T55H501E
- CodiceInsegnamento: 20410448
- Canale: 
- IsModulo: SI

DEBUG - Numero totale docenze: 356
DEBUG - Cerco docenze per CF: RSTDMZ67T55H501E
DEBUG - Trovata docenza corrispondente per codice: 20410448
DEBUG - Trovata docenza corrispondente per codice: 20410448
Risultato:
- Numero record trovati: 2
- Record 1:
  CF: RSTDMZ67T55H501E
  Codice: 20410448
  Programma presente? SI
============= FINE DEBUG getDocenteFromSoapData ============= -->
<!-- ============= INIZIO DEBUG SCHEDA DOCENTE 2 =============
InfoCanale vuoto? NO
Dati InfoCanale: Array
(
    [0] => stdClass Object
        (
            [Mutuazione] => 
            [CodiceFiscale] => RSTDMZ67T55H501E
            [CodiceInsegnamento] => 20410448
            [DenominazioneInsegnamento] => FS410 - LABORATORIO DI DIDATTICA DELLA FISICA
            [CanaleIndex] => 0
            [Programmazione] => b72c30e2-b227-416c-ba2c-b5392699857b
            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
            [Programma] => experimental method<br />physical quantities<br />physical dimensions and units<br />direct and indirect measurements<br />uncertainties and their popagation<br />statistical estimators<br />histograms<br />graphics<br />least squares method<br />educational experiments<br />digital technologies and tools applied to laboratory physics
            [TestiDocente] => materials in Moodle
            [Valutazione] => discussion of an educational experiment
            [DatiTrasparenza] => stdClass Object
                (
                    [ModalitaErogazioneTradizionale] => 1
                    [ModalitaErogazioneADistanza] => 
                    [FrequenzaObbligatoria] => 
                    [ValutazioneProvaScritta] => 
                    [ValutazioneProvaOrale] => 1
                    [ValutazioneTestAttitudinale] => 
                    [ValutazioneProgetto] => 1
                    [ValutazioneTirocinio] => 
                    [ValutazioneItinere] => 
                    [ProvaPratica] => 
                )

            [PreRequisiti] => attendance to the classes of general physics I and II

            [ModalitaSvolgimento] => most lessons are held in the laboratory and include practical activities guided by explainations provided during the lab classes
            [IndicazioniAnvur] => 
            [ModalitaFrequenzaDescrizione] => Attendance at laboratory lessons is compulsory. In exceptional cases it can be replaced by the execution, during the semester, of experimental activities at home but agreed and supervised by the teacher
            [ModalitaValutazioneDescrizione] => discussion of an educational experiment
        )

    [1] => stdClass Object
        (
            [Mutuazione] => 
            [CodiceFiscale] => RSTDMZ67T55H501E
            [CodiceInsegnamento] => 20410448
            [DenominazioneInsegnamento] => FS410 - LABORATORIO DI DIDATTICA DELLA FISICA
            [CanaleIndex] => 0
            [Programmazione] => 926d2d31-a123-4f13-a519-44aa13501d64
            [Obiettivi] => Learn statistical and laboratory techniques for the preparation of didactic physics experiments.
            [Programma] => Physical quantities. Intensive and extensive physical quantities. Direct and indirect measurements.<br />Basic and derived quantities.<br />Units of measurement. Units of measurement systems. Change of units. Dimensions,<br />physical principle of homogeneity and dimensional analysis.<br />Measurement tools. Analogical and Digital Instruments.<br />Characteristics of the instruments: Range,  Threshold, Resolution, Linearity and Sensitivity. Accuracy and Precision.<br />Uncertainty in measurements. Definition of measurement error. Random errors and<br />systematic errors. Concept of measurement uncertainty. Causes of uncertainties. Uncertainties of Type<br />A and Type B.<br />Graphical analysis of data. Usage of tables and graphs for representation and preliminary analysis<br />of data without the use of statistical tools. Linear, semi-logarithmic graphs,<br />Double-logarithmic. Histograms.<br />Propagation of uncertainties. Uncertainty in indirect measurements. Propagation<br />of uncertainties for independent quantities. Correlated random variables. Definition of<br />correlation coefficient. Propagation of uncertainties for correlated quantities.<br /><br /><br />Laboratory program<br />- Measurements of fundamental quantities: mass, length, time<br />- Determination of measurement uncertainty: sensitivity of the instrument,<br />- Standard deviation in repeated measurements, propagation of uncertainties<br />- Uncertainty on the average in repeated measurements and dependence on sample size<br />- Study of the pendulum: verification of the independence of the period from the mass, study of the dependence of the period on the length, measurement of g<br />- Study of the motion of a cart on the inclined plane, effect of friction, measurement of g<br />- Static and dynamic study of the elastic constant of a spring<br />- Measurement of resistances with voltamperometric method, study of a resistive voltage divider<br />- Study of diffraction<br />- verification of Snell's law
            [TestiDocente] => notes distributed during the classes<br />
            [Valutazione] => presentation of a didactic module for high school students including the discussion of a laboratory experiment
            [DatiTrasparenza] => stdClass Object
                (
                    [ModalitaErogazioneTradizionale] => 1
                    [ModalitaErogazioneADistanza] => 
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                    [ValutazioneProvaScritta] => 
                    [ValutazioneProvaOrale] => 1
                    [ValutazioneTestAttitudinale] => 
                    [ValutazioneProgetto] => 
                    [ValutazioneTirocinio] => 
                    [ValutazioneItinere] => 
                    [ProvaPratica] => 
                )

            [PreRequisiti] => attendance to the general physics courses FS110 (Fisica I) and FS220 (Fisica II)


            [IndicazioniAnvur] => 
            [ModalitaErogazioneDescrizione] => class lectures on the theory, planning and set up of laboratory measurements in lab classes

            [ModalitaFrequenzaDescrizione] => attendance to the lab classes is mandatory
            [ModalitaValutazioneDescrizione] => presentation of a didactic module for high school students including the discussion of a laboratory experiment
        )

)

Programma vuoto? NO
CF2BeFound: RSTDMZ67T55H501E
Codice: 20410448
Denominazione Canale: 
IsModulo: SI
============= FINE DEBUG SCHEDA DOCENTE 2 ============= -->
								<div class="according--container according--container-docente">
									<input type="checkbox" id="according--checkbox-docente-orestano-domizia-0" class="according--check-el">
									<label for="according--checkbox-docente-orestano-domizia-0" class="according--title">
										<p>ORESTANO DOMIZIA</p>
									</label>
									<span style="display: inline-block; vertical-align: middle;"><a href='/en/persone/ellLbzY4VWRENzlaZGpxQ08wZGRkS1J1WFhnYXArOCsyK1N6SkdDemxrTT0='>teacher profile</a></span>
									<span class="hide-mobile" style="color: #07599b">|</span>
									<span class="float-mobile" style="display: inline-block; vertical-align: middle;"><a href='/en/persone/ellLbzY4VWRENzlaZGpxQ08wZGRkS1J1WFhnYXArOCsyK1N6SkdDemxrTT0=/ricevimento/'>teaching materials</a></span>
									<p>Mutuazione: 20410448 FS410 - LABORATORIO DI DIDATTICA DELLA FISICA in Matematica LM-40  Casaburo Fausto, ORESTANO DOMIZIA</p>
									
									<div class="according--container-item according--container-item--noSpace">
																			<p class="according--abstract-title">Programme</p>
										experimental method<br />physical quantities<br />physical dimensions and units<br />direct and indirect measurements<br />uncertainties and their popagation<br />statistical estimators<br />histograms<br />graphics<br />least squares method<br />educational experiments<br />digital technologies and tools applied to laboratory physics<br/><br/>
																												<p class="according--abstract-title">Core Documentation</p>
										materials in Moodle<br/><br/>
																																														<p class="according--abstract-title">Attendance</p>
										Attendance at laboratory lessons is compulsory. In exceptional cases it can be replaced by the execution, during the semester, of experimental activities at home but agreed and supervised by the teacher<br/><br/>
																												<p class="according--abstract-title">Type of evaluation</p>
										discussion of an educational experiment<br/><br/>
																		</div>
								</div>
										</div>
			</div>
	</div>
	 </div>
 </article>
<aside id="insegnamento-sidebar" class="widget-area sidebar" role="complementary" aria-labelledby="insegnamento-sidebar" itemscope="" itemtype="https://schema.org/WPSideBar">
            <section aria-labelledby="scheda-insegnamento" id="scheda-insegnamento">
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								<h3>Module sheet</h3>
								<ul class="container--curriculum-list">
					<li>Academic Year : 2023/2024</li>
					<li>Degree Course: L-35 - Mathematics</li>
					<li>Semester: <ul><li>Third year - Second semester <br/><i>(enrollment year 2021/2022)</i></li></ul></li>
					<li>Curriculum: Teorico-didattico; Modellistico-applicativo</li>
											<li>Course: FS410 - LABORATORIO DI DIDATTICA DELLA FISICA</li>
										
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