Course: 993SM - LABORATORIO DI FISICA COMPUTAZIONALE 2024

Section outline

Select section General

General

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- Select activity Annunci
  
  Annunci Forum
- Select activity GENERAL INFO ON THE COURSE
  
  GENERAL INFO ON THE COURSE Page
- Select activity GENERAL PROGRAM
  
  GENERAL PROGRAM Page
- Select activity NOTES, TEXTBOOKS AND USEFUL LINKS
  
  NOTES, TEXTBOOKS AND USEFUL LINKS Page
- Select activity PREREQUISITES
  
  PREREQUISITES Page
- Select activity EXAMS - rules
  
  EXAMS - rules Page
- Select activity Essential guide to prepare a report for homework and final project
  
  Essential guide to prepare a report for homework and final project File PDF
- Select activity EXAMS: PROJECTS AVAILABLE (now empty)
  
  EXAMS: PROJECTS AVAILABLE (now empty) Folder
- Select activity EXAMS: PROJECTS ASSIGNED (now empty)
  
  EXAMS: PROJECTS ASSIGNED (now empty) Folder
- Select activity INTRINSIC FUNCTIONS in Fortran 90/95 from Fortran90/95 for Scientists and Engineers, di S.J. Chapman
  
  INTRINSIC FUNCTIONS in Fortran 90/95 from Fortran90/95 for Scientists and Engineers, di S.J. Chapman File PDF
- Select activity Gnuplot: basic commands (Italian only)
  
  Gnuplot: basic commands (Italian only) File PDF
- Select activity Some slides on gnuplot
  
  Some slides on gnuplot File PDF
- Select activity Aula Virtuale Fisica (A. Richetti)
  
  Aula Virtuale Fisica (A. Richetti) File PDF
Select section Unit I - Basics (23 (MP), 26(MP), 27(FB) Sept. 2024)

Unit I - Basics (23 (MP), 26(MP), 27(FB) Sept. 2024)
- Select activity Content of the lecture
  
  Content of the lecture Page
- Select activity Lecture slides - I part
  
  Lecture slides - I part File PDF
- Select activity Lecture slides - II part
  
  Lecture slides - II part File PDF
- Select activity Exercises Unit I
  
  Exercises Unit I File PDF
- Select activity Movies
  
  Movies Folder
- Select activity What Every Computer Scientist Should Know About Floating-Point Arithmetic (by D. Goldberg, 1991)
  
  What Every Computer Scientist Should Know About Floating-Point Arithmetic (by D. Goldberg, 1991) URL
- Select activity PROGRAMS in f90
  
  PROGRAMS in f90 Folder
- Select activity PROGRAMS in Python (by Antimo Marrazzo)
  
  PROGRAMS in Python (by Antimo Marrazzo) Folder
- Select activity Physics simulations with Python: prerequisites, tools and basic concepts (by Antimo Marrazzo)
  
  Physics simulations with Python: prerequisites, tools and basic concepts (by Antimo Marrazzo) File PDF
- Select activity Jupyter notebook week 1 (by Antimo Marrazzo)
  
  Jupyter notebook week 1 (by Antimo Marrazzo) File IPYNB
Select section Unit II: The Numerov's algorithm for 1D Schroedinger equation (30 Sept, 3,4 Oct. 2024 - MP)

Unit II: The Numerov's algorithm for 1D Schroedinger equation (30 Sept, 3,4 Oct. 2024 - MP)
- Select activity Slides on Numerov's method
  
  Slides on Numerov's method File PDF
- Select activity Additional slides on Numerov's algorithms - after Lab session
  
  Additional slides on Numerov's algorithms - after Lab session File PDF
- Select activity Notes by prof. Paolo Giannozzi
  
  Notes by prof. Paolo Giannozzi File PDF
- Select activity Exercises Unit II
  
  Exercises Unit II File PDF
- Select activity harmonic.gpl (example of a macro for gnuplot)
  
  harmonic.gpl (example of a macro for gnuplot) File GPL
  
  Open gnuplot and after the prompt ("gnuplot>") type: load 'harmonic0.gpl'
- Select activity harmonic0.f90 (by prof. Paolo Giannozzi)
  
  harmonic0.f90 (by prof. Paolo Giannozzi) File F90
- Select activity harmonic.f90 with comments
  
  harmonic.f90 with comments File F90
- Select activity harmonic1.f90 (by prof. Paolo Giannozzi)
  
  harmonic1.f90 (by prof. Paolo Giannozzi) File F90
- Select activity Jupyter notebook week 2 (by Antimo Marrazzo)
  
  Jupyter notebook week 2 (by Antimo Marrazzo) File IPYNB
Select section Unit III: numerical analysis - deterministic integration (7, 10, 11 Oct. 2024: FB - 1h MP)

Unit III: numerical analysis - deterministic integration (7, 10, 11 Oct. 2024: FB - 1h MP)
- Select activity Slides on deterministic integration methods
  
  Slides on deterministic integration methods File PDF
- Select activity Exercises Unit III
  
  Exercises Unit III File PDF
- Select activity Programs in F90
  
  Programs in F90 Folder
- Select activity Jupyter notebook week 3 (by Antimo Marrazzo)
  
  Jupyter notebook week 3 (by Antimo Marrazzo) File IPYNB
Select section Unit IV: (Pseudo)random numbers (generators; properties; uniform distributions) (14, 17, 18 October 2024 - MP)

Unit IV: (Pseudo)random numbers (generators; properties; uniform distributions) (14, 17, 18 October 2024 - MP)
- Select activity Contents of the lecture
  
  Contents of the lecture Page
- Select activity Slides on uniform random numbers distribution
  
  Slides on uniform random numbers distribution File PDF
- Select activity Programs in f90
  
  Programs in f90 Folder
- Select activity Exercises Unit IV
  
  Exercises Unit IV File PDF
- Select activity Slides after the Lab session
  
  Slides after the Lab session File PDF
- Select activity Jupyter notebook week 4 (by Antimo Marrazzo)
  
  Jupyter notebook week 4 (by Antimo Marrazzo) File IPYNB
Select section Unit V: (Pseudo)random numbers with non uniform distributions; simulation of intrinsically random processes: radioactive decay (21, 24, 25 October 2024 - MP)

Unit V: (Pseudo)random numbers with non uniform distributions; simulation of intrinsically random processes: radioactive decay (21, 24, 25 October 2024 - MP)
- Select activity Contents of the lecture
  
  Contents of the lecture Page
- Select activity Slides on non-uniform random numbers distributions and random processes (radioactive decay)
  
  Slides on non-uniform random numbers distributions and random processes (radioactive decay) File PDF
- Select activity Exercises Unit V
  
  Exercises Unit V File PDF
- Select activity Programs in f90
  
  Programs in f90 Folder
- Select activity Slides with comments of the results of the previous Lab session
  
  Slides with comments of the results of the previous Lab session File PDF
- Select activity Jupyter notebook Week 5 (by Antimo Marrazzo)
  
  Jupyter notebook Week 5 (by Antimo Marrazzo) File IPYNB
Select section Unit VI: More on intrinsically stochastic processes: random walks (28, 31 October 2024 - FB)

Unit VI: More on intrinsically stochastic processes: random walks (28, 31 October 2024 - FB)
- Select activity Contents of the lecture
  
  Contents of the lecture Page
- Select activity Slides on random walks and brownian motion
  
  Slides on random walks and brownian motion File PDF
- Select activity Exercise VI - HOMEWORK
  
  Exercise VI - HOMEWORK File PDF
- Select activity Programs in f90
  
  Programs in f90 Folder
- Select activity Jupyter Notebook Week 6 (by A. Marrazzo)
  
  Jupyter Notebook Week 6 (by A. Marrazzo) File
- Select activity HOMEWORK I - Random walks
  
  HOMEWORK I - Random walks Assignment
  
  Opened: Thursday, 31 October 2024, 11:59 PM
  
  Due: Friday, 15 November 2024, 11:59 PM
  
  The text of the homework is "Exercises VI" (Note that some items are optional). Solve either in f90 or c++ or in Python or interfacing different languages (this will be considered a plus). Upload a short report in pdf (max ~4 pages, one file including all the exercises) with the relevant plots and answers. Do not repeat the theory! Additional material can also be uploaded separately (in other 2 slots).
Select section Unit VII: Monte Carlo numerical integration and Metropolis method to generate random number distributions (4, 7, 8 November 2024 - MP)

Unit VII: Monte Carlo numerical integration and Metropolis method to generate random number distributions (4, 7, 8 November 2024 - MP)
- Select activity Contents of the lecture
  
  Contents of the lecture Page
- Select activity Monte Carlo numerical integration and Metropolis method to generate random number distributions
  
  Monte Carlo numerical integration and Metropolis method to generate random number distributions File PDF
- Select activity Exercises Unit VII
  
  Exercises Unit VII File PDF
- Select activity Programs in f90
  
  Programs in f90 Folder
- Select activity Jupyter Notebook Week 7 (by A. Marrazzo)
  
  Jupyter Notebook Week 7 (by A. Marrazzo) File
- Select activity Comments on the results of the lab session; hypersphere volume
  
  Comments on the results of the lab session; hypersphere volume File PDF
Select section Unit VIII: Metropolis Monte Carlo method(11, 14, 15 November 2024 - MP)

Unit VIII: Metropolis Monte Carlo method(11, 14, 15 November 2024 - MP)
- Select activity Contents of the lecture
  
  Contents of the lecture Page
- Select activity Metropoli method for integration; applications to the canonical ensemble (slides)
  
  Metropoli method for integration; applications to the canonical ensemble (slides) File PDF
- Select activity Exercises Unit VIII
  
  Exercises Unit VIII File PDF
- Select activity Programs in f90
  
  Programs in f90 Folder
- Select activity Jupyter Notebook Week 8 (by A. Marrazzo)
  
  Jupyter Notebook Week 8 (by A. Marrazzo) File
- Select activity Comments on the results of the lab session (correlation in Metropolis MC method; Boltzmann distribution)
  
  Comments on the results of the lab session (correlation in Metropolis MC method; Boltzmann distribution) File PDF
Select section Unit IX: Ising model (18, 21, 22 November 2024 - FB)

Unit IX: Ising model (18, 21, 22 November 2024 - FB)
- Select activity Contents of the Lecture
  
  Contents of the Lecture Page
- Select activity Ising model
  
  Ising model File PDF
- Select activity Ising model - second week
  
  Ising model - second week File PDF
- Select activity Exercises Unit IX
  
  Exercises Unit IX File PDF
- Select activity A paper by D.P.Landau on 2D Ising on SQ lattice with PBC and OBC
  
  A paper by D.P.Landau on 2D Ising on SQ lattice with PBC and OBC File PDF
- Select activity Programs in f90 and gnuplot macros
  
  Programs in f90 and gnuplot macros Folder
- Select activity Jupyter Notebook Week 9 (by A. Marrazzo)
  
  Jupyter Notebook Week 9 (by A. Marrazzo) File