Thermodynamical
Concepts and Systems| Thermodynamical
Concepts and Systems |
Concepts and Effects > s.a. [thermodynamics]; coherent
states; heat [including
bath, engine]; time.
@ General references: Lavenda
95 [extreme situations].
@ Coarse-graining: Schulman & Gaveau
FP(01)
[scale, and order]; > s.a. entropy, lattice
field theory.
@ Phase separation: Gross cm/04-in
[and microcanonical statistics].
@ Geometry of state space:
Santoro & Preston mp/05 [2
degrees of freedom, Weinhold metric]; Quevedo et al a0811 [ideal
gas]; Pavlov & Sergeev TMP(08)
[symplectic structure and Hamiltonian]; > s.a. black-hole
thermodynamics.
@ Other concepts: Samiullah
AJP(07)jul
[reversible
process].
> Other concepts: see Chemical
Potential; Enthalpy; Equation
of
State; Free
Energy; heat; specific
heat; temperature; vacuum.
> Effects: see critical
phenomena; entanglement; Joule
Expansion; phase
transitions; Thermoluminescence.
Results > s.a. energy [equipartition]; Gibbs-Duhem
Relation; Maxwell Relations.
@ And macroscopic motion: Ghosh & Mukhopadhyay AJP(95)aug.
Specific Types of Systems > s.a. condensed
matter [glass, liquids]; Gross-Neveu
Model; Many-Body
Systems.
@ Gases: Dib & Espinosa mp/00 [magnetized e gas
and Hurwitz zeta functions];
Ciccariello JMP(04)
[ideal Fermi and Bose gas]; Huang JHEP(09)
[fermion and boson gases in non-commutative fuzzy spacetime].
@ Carnot cycle: Lee AJP(01)aug
[for photon gas]; Arnaud et al phy/03/AJP
[history].
@ Carnot cycle, quantum: Bender et al PRS(02)qp/01; Dillenschneider
& Lutz a0803 [improved
efficiency].
@ Chaotic systems: Beck & Schlögl 95 [III]; Srednicki JPA(96)cd/95 [fluctuations,
quantized].
@ Geometric: Leuzzi & Parisi JPA(00) [2D tiling model].
@ Continuum systems: Safran 94 [surfaces/membranes]; Wilmanski 08;
Muschik & von Borzeszkowski GRG(09) [relativistic].
@ Other systems: Jizba & Arimitsu AIP-cm/01,
AP(04)cm/02 [fractal
systems]; Leboeuf & Monastra AP(02)
[small Fermi
systems]; Gadiyar et al JPA(03)mp/02 [orthogonal
and Hadamard matrices, entropy]; Boyer AJP(03)sep
[harmonic oscillator, and black body radiation]; Hartmann et al cm/04-in
[on
nanoscale]; Gross cm/04 [small
microcanonical]; Chrobok & von Borzeszkowski GRG(05)
[fluids in curved spacetime]; Tarasov IJMPB(05)-a0706 [few-particle
systems]; Linden et al a0908 [smallest
possible refrigerators].
> Discrete systems:
see cell
complex; graphs; spin
models.
Field Theories > s.a. string
theory; types
of field theories [thermal].
* Cosmology: While
the energy of the universe has been established to be about 0.04 baryons,
0.24 dark matter and 0.72 dark energy, the cosmological entropy (S/k =
about a thousand googols) is almost entirely, about (1 – 10–15),
from black holes (only 10–15 from
everything else).
@ Yang-Mills theory: Hofmann IJMPA(05)ht [and
confinement], ht/05,
ht/05, ht/05,
MPLA(06),
MPLA(07)
[SU(2)
and SU(3)], a0710;
Panero a0907, Schaefer et al a0909-in
[QCD].
@ Cosmology: Coule IJMPD(03)
[brane cosmology]; Hosoya et al PRL(04)gq [information
entropy]; Frampton et al CQG(09)-a0801, a0905 [relative
contributions]; Berman IJTP(09), IJTP(09); Egan
& Lineweaver a0909-ApJ [supermassive-black-hole contribution]; > s.a. general-relativistic
cosmology and string cosmology.
@ Gravitation:
Nielsen & Ninomiya PTP(06)ht/05 [and
cosmological constant], JHEP(06)ht [and
initial conditions]; Wang et al PRD(06)gq/05 [accelerated
expansion]; Kim et al JCAP(08)
[and evolution]; Tegmark in(08)-a0904 [applications
of the second law]; > s.a. entropy.
> Other gravity-related
systems:
see black
holes; dark
energy; gravitational
thermodynamics; horizons.
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send feedback and suggestions to bombelli at olemiss.edu – modified 22
sep 2009