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Problem results

Gsm2 Landau Mean Field MinimaGsm2 Landau Susceptibility Heat Capacity Jump

Critical phenomena, scaling, and renormalization groupGraduate Statistical Mechanics II · Mixed review

Gsm2 2D Ising Finite Size ScalingGsm2 Hyperscaling Fisher Rushbrooke

Critical phenomena, scaling, and renormalization groupGraduate Statistical Mechanics II · Mixed review

Gsm2 Kibble Zurek Freezeout TimeGsm2 Kibble Zurek Defect Density

Critical phenomena, scaling, and renormalization groupGraduate Statistical Mechanics II · Mixed review

Gsm2 Onsager Linear Response FluxesGsm2 Onsager Entropy Production Spectrum

Nonequilibrium ensembles and entropy productionGraduate Statistical Mechanics II · Mixed review

Gsm2 Two State Master EquationGsm2 Stationary Occupation Correlator

Nonequilibrium ensembles and entropy productionGraduate Statistical Mechanics II · Mixed review

Gsm2 Bgk Relaxation SolutionGsm2 Bgk Newtonian Shear Viscosity

Kinetic theory and the Boltzmann equationGraduate Statistical Mechanics II · Mixed review

Gsm2 Maxwell Speed MomentsGsm2 Maxwell Speed Cdf TO Mode

Kinetic theory and the Boltzmann equationGraduate Statistical Mechanics II · Mixed review

Gsm2 OU Transient MomentsGsm2 OU Stationary Spectrum

Master equations, Langevin equations, and Fokker-Planck theoryGraduate Statistical Mechanics II · Mixed review

Gsm2 Kramers Overdamped RateGsm2 Kramers Temperature Scaling

Master equations, Langevin equations, and Fokker-Planck theoryGraduate Statistical Mechanics II · Mixed review

Gsm2 Langevin Harmonic EquipartitionGsm2 Langevin Harmonic Position Spectrum

Master equations, Langevin equations, and Fokker-Planck theoryGraduate Statistical Mechanics II · Mixed review

Gsm2 Debye Causal Impulse StepGsm2 Debye Fourier KK ON Shell

Linear response, Green-Kubo relations, and transportGraduate Statistical Mechanics II · Mixed review

Gsm2 Drude AC Sigma MobilityGsm2 Drude Power Onesided F Sum

Linear response, Green-Kubo relations, and transportGraduate Statistical Mechanics II · Mixed review

Gsm2 Exponential Scgf CramerGsm2 Exponential Sample Mean Saddle

Fluctuation theorems and large-deviation structureGraduate Statistical Mechanics II · Mixed review

Gsm2 Biased Poisson Scgf SaddleGsm2 Gallavotti Cohen Tur Product

Fluctuation theorems and large-deviation structureGraduate Statistical Mechanics II · Mixed review

Gsm2 Spin Magnetization Scgf RateGsm2 Spin Ldp Saddle Endpoints

Fluctuation theorems and large-deviation structureGraduate Statistical Mechanics II · Mixed review

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GSM:020117Landau f=a(T-Tc)m^2/2+b m^4/4-hm: m±=±1/2, Delta f=-1/8, chi-=1/4 at T=3; chi+=1/2 at T=5; beta=1/2,gamma=1,delta=3; Delta C=a^2 Tc/(2b)View problem statement

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GSM:020117Landau f=a(T-Tc)m^2/2+b m^4/4-hm: m±=±1/2, Delta f=-1/8, chi-=1/4 at T=3; chi+=1/2 at T=5; beta=1/2,gamma=1,delta=3; Delta C=a^2 Tc/(2b)View problem statement

GSM:020117Landau f=a(T-Tc)m^2/2+b m^4/4-hm: m±=±1/2, Delta f=-1/8, chi-=1/4 at T=3; chi+=1/2 at T=5; beta=1/2,gamma=1,delta=3; Delta C=a^2 Tc/(2b)

GSM:020117Landau f=a(T-Tc)m^2/2+b m^4/4-hm: m±=±1/2, Delta f=-1/8, chi-=1/4 at T=3; chi+=1/2 at T=5; beta=1/2,gamma=1,delta=3; Delta C=a^2 Tc/(2b)