Argomenti del programma: 1. Review of probability and statistics. Probability distributions of interest in physics. Statistical entropy. Brownian motion as a paradigm of stochastic processes in physics. 2. From the macroworld to the microworld. Review of thermodynamics. Physical description of classical and quantum many-particle systems. Phase space and Liouville theorem. Density of quantum microstates and its dependence on total energy. 3.
Argomenti del programma: 1. Review of probability and statistics. Probability distributions of interest in physics. Statistical entropy. Brownian motion as a paradigm of stochastic processes in physics. 2. From the macroworld to the microworld. Review of thermodynamics. Physical description of classical and quantum many-particle systems. Phase space and Liouville theorem. Density of quantum microstates and its dependence on total energy. 3.
Argomenti del programma: 1. Review of probability and statistics. Probability distributions of interest in physics. Statistical entropy. Brownian motion as a paradigm of stochastic processes in physics. 2. From the macroworld to the microworld. Review of thermodynamics. Physical description of classical and quantum many-particle systems. Phase space and Liouville theorem. Density of quantum microstates and its dependence on total energy. 3.
Argomenti del programma: 1. Review of probability and statistics. Probability distributions of interest in physics. Statistical entropy. Brownian motion as a paradigm of stochastic processes in physics. 2. From the macroworld to the microworld. Review of thermodynamics. Physical description of classical and quantum many-particle systems. Phase space and Liouville theorem. Density of quantum microstates and its dependence on total energy. 3.
Libri Universitari