Thermodynamics, Statistical Physics, and Quantum Mechanics

Contents xxi

4.66.

4.67.

4.68.

4.69.

4.70.

4.71.

4.72.

4.73.

4.74.

4.75.

4.76.

4.77.

4.78.

4.79.

4.80.

4.81.

4.82.

4.83.

4.84.

4.85.

4.86.

4.87.

4.88.

4.89.

4.90.

4.91.

4.92.

4.93.

207

207

209

210

210

212

216

219

221

223

223

226

226

174

177

180

181

182

183

185

189

189

191

192

194

196

197

200

203

204

204

205

205

206

172

173

4.95.

4.96.

4.94.

4.97.

4.98.

4.99.

NonrelativisticElectron Gas(Stony Brook,

Wisconsin-Madison, Michigan State)

UltrarelativisticElectron Gas(Stony Brook)

Quantum Corrections to Equation of State(MIT,

Princeton,Stony Brook)

Speed ofSound inQuantumGases (MIT)

BoseCondensationCriticalParameters(MIT)

BoseCondensation(Princeton, Stony Brook)

How Hot the Sun? (Stony Brook)

RadiationForce(Princeton, Moscow Phys-Tech, MIT)

Hot Box and Particle Creation(Boston, MIT)

D-Dimensional Blackbody Cavity (MIT)

Fermi andBose GasPressure(Boston)

Blackbody Radiation and Early Universe (Stony Brook)

Photon Gas (Stony Brook)

Dark Matter (Rutgers)

Einstein Coefficients (Stony Brook)

Atomic Paramagnetism(Rutgers, Boston)

Paramagnetism at High Temperature (Boston)

One-Dimensional Ising Model(Tennessee)

Three Ising Spins (Tennessee)

NIndependent Spins (Tennessee)

NIndependent Spins, Revisited (Tennessee)

Ferromagnetism(Maryland, MIT)

Spin Waves in Ferromagnets (Princeton, Colorado)

Fluctuations

Magnetization Fluctuation (Stony Brook)

Gas Fluctuations (Moscow Phys-Tech)

QuiveringMirror(MIT, Rutgers, Stony Brook)

IsothermalCompressibility and MeanSquare Fluctuation

(StonyBrook)

Energy Fluctuation inCanonicalEnsemble (Colorado,

Stony Brook)

NumberFluctuations(Colorado (a,b), Moscow

Phys-Tech (c))

Wiggling Wire(Princeton)

LC Voltage Noise (MIT, Chicago)

Applications toSolid State

Thermal Expansion and Heat Capacity (Princeton)

Schottky Defects (Michigan State, MIT)

FrenkelDefects(Colorado, MIT)