# Index [acentric factor](acentric%20factor) [[antiferromagnet]] [[Autocorrelation functions]] [[Bethe Lattice]] [[Boltzmann entropy]] [Boltzmann probability distribution](Boltzmann%20probability%20distribution) [[Boltzmann weight]] [[canonical ensemble]] [chemical potential](chemical%20potential) [[Clausiues Clapeyron law]] [coexistence region](coexistence%20region.md) [[conjugate field]] [continuous phase transition](continuous%20phase%20transition) [Continuous phase transition of a fluid system](Continuous%20phase%20transition%20of%20a%20fluid%20system.md) [[Correlation functions]] [[critical exponent]] [[critical exponents of fluid systems]] [[critical exponents of magnetic matter]] [[critical point]] [critical point of a ferromagnet](critical%20point%20of%20a%20ferromagnet.md) [[critical pressure]] [[critical opalescence]] [[critical temperature]] [[cross-correlation functions]] [[crossover]] [Curie-Weiss model](Curie-Weiss%20Ferromagnetism.md) [[divergent compressibility]] [discontinuous phase transition](discontinuous%20phase%20transition) [Discontinuous phase transitions of a fluid system](Discontinuous%20phase%20transitions%20of%20a%20fluid%20system.md) [enthalpy](enthalpy) [[entropy]] [[ensemble]] [[equation of state]] [[extensive variables]] [[ferromagnetic phase hysteresis]] [fluid phase hysteresis](fluid%20phase%20hysteresis.md) [[fluid systems]] [[free energy]] [fugacity](fugacity.md) [[gas]] [[gas-liquid coexistence line]] [Gibbs-Duhem equation](Gibbs-Duhem%20equation) [[Gibbs free energy]] [Ginzburg-Landau Functional](Ginzburg-Landau%20Functional.md) [Goldstone mode](Goldstone%20mode.md) [[Goldstone modes in magnetic matter]] [[grand canonical ensemble]] [[grand potential]] [[Hamiltonians in Statistical Physics]] [[heat capacity]] [[Hysteresis]] [[intensive variables]] [[internal energy]] [[Ising model]] [[isobaric heat capacity]] [isobaric response functions](isobaric%20response%20functions) [[isochoric heat capacity]] [isochoric response functions](isochoric%20response%20functions) [isothermal compressibility](isothermal%20compressibility.md) [[isothermal heat capacity]] [[isothermal magnetic susceptibility]] [[isothermal response functions]] [isothermal susceptibility](isothermal%20susceptibility) [[Kosterlitz-Thouless transition]] [[Kramers-Wannier Duality]] [[Landau functional]] [[Landau functional for magnetic materials]] [Landau functional for PV systems](Landau%20functional%20for%20PV%20systems.md) [[liquid]] [[liquid phase transitions]] [[latent heat]] [[macrostate]] [[mean-field approximation]] [[magnetic matter]] [magnetization of a ferromagnet](magnetization%20of%20a%20ferromagnet.md) [[magnetization of magnetic matter]] [[Maxwell construction]] [[metastability in statistical physics]] [[microstate]] [[microstate distribution]] [[mole]] [[order parameter]] [[partition function]] [phase](phase) [[phase transition]] [[phase transition of a fluid system]] [Power-spectral density](Power-spectral%20density.md) [[probability distributions in statistical physics]] [[reduced temperature]] [[renormalization group]] [[response function]] [[heat capacity of magnetic matter]] [[symmetry breaking]] [symmetry driven discontinuous phase transition](symmetry%20driven%20discontinuous%20phase%20transition.md) [[thermodynamic differentials]] [[Thermodynamic energy]] [[Thermodynamic Legendre transforms]] [[thermodynamic potential]] [Tricritical point](Tricritical%20point.md) [[Two-point correlator]] [[universality of critical phenomena]] [[van der Waals gas]] [Weiss Molecular Field](Weiss%20Molecular%20Field.md) [[Wiener-Khinchin theorem]] ## Sub-indices [[Physical Examples in Statistical Physics (index)]] --- # Basic Concepts ## Thermodynamics vs. Statistical physics Thermodynamics and statistical physics are in fact separate topics that describe the same phenomena. ## Ideal gas $PV=nRT$ $Pv = RT$ ^d4242f --- # Bibliography [Broedersz, C. P., T M1, _Advanced Statistical Physics_, Lecture Notes, Summer 2018.](Broedersz,%20C.%20P.,%20T%20M1,%20Advanced%20Statistical%20Physics,%20Lecture%20Notes,%20Summer%202018..md) Schroeder D. V., _An Introduction Thermal Physics_, Addison-Wesley (1999) .pdf) Kramers H. A., Wannier G. H., Statistics of the Two Dimensional Ferromagnet, Part I, Phys. Rev. 60, 252, (1941)  #StatisticalPhysics #index #Bibliography