Black-Hole
Thermodynamics: Specific Types| Black-Hole
Thermodynamics: Specific Types |
Main Black-Hole Solutions > s.a. 3D
black holes [BTZ]; kerr-newman [including
Kerr-Newman-AdS]; thermodynamics [phase transitions].
* Reissner-Nordström:
Mäkelä and Peltola found that positive-energy particles are emitted
towards the singularity inside the inner horizon.
@ Schwarzschild: Louko & Whiting PRD(95)gq/94;
Bose et al PRD(97)gq [quasilocal];
Mukohyama et al PRD(98)gq/97 [entanglement entropy]; Padmanabhan PRD(99)
[horizon and lP physics];
Gour PRD(00)gq/99
[as grand canonical ensemble]; Xiang PLB(06)
[and modified dispersion relations]; Cadoni MPLA(06);
Setare IJMPA(06)
[scalar field extropy, corrections].
@ Modified Schwarzschild: Louko & Marolf PRD(98)gq [with
identificatons, single exterior]; > s.a. schwarzschild-de
sitter spacetime.
@ Kerr: Ren & Lichun NCB(98)
[radiation]; Rothman PLA(00)gq [extremal,
non-thermal]; Gour & Medved CQG(03)gq/02 [quantum].
@ Kerr, S: Mann & Solodukhin PRD(96)
[charged]; Rothman PLA(00)gq [extremal];
Zhao & Zhang IJMPD(02)
[statistical].
@ Modified Kerr: Ghezelbash et al NPB(07)
[Kerr-Bolt]; > s.a. generalized kerr solutions.
@ Reissner-Nordström: Hawking et al PRD(95)gq/94 [extreme];
Cognola & Lecca PRD(98)
[corrections]; Li PRD(00)
[quantum corrections]; Ren et al NPB(01),
Zhang et al NCB(01) [statistical]; Donoghue et al PLB(02)ht/01;
Kiselev gq/04 [from
radial geodesics]; Kuriakose & Kuriakose a0806 [generalized second law and entropy
bound].
@ Reissner-Nordström, radiation: Liberati et al PRD(00)gq [extremal,
non-thermal]; Fabbri et al PRL(00)
[near-extremal]; Alvarenga et al PLA(03)gq [extremal,
non-thermal]; Peltola & Mäkelä IJMPD(06)gq/05 [inner
horizon]; Wu & Peng CQG(07)-a0706 [+
global monopole, anomaly cancellation method]; Balbinot et al PRD(07)
[extremal vs non-extremal].
@ Reissner-Nordström, quantum: Mäkelä & Repo PRD(98)gq/97;
Breitenlohner et al PLB(98)gq;
Buric & Radovanovic CQG(99)gq;
Fabbri et al NPB(01)
[near extremal]; Barvinsky et al PLB(01)ht;
Yoon et al PRD(07)-a0706 [minimal
length]; > s.a. quantum black holes.
Other Types and Models > s.a. black-hole
formation and thermodynamics [quantum]; optics [in
curved spacetime]; Ergoregion.
@ Extremal, S: Teitelboim PRD(95)ht/94;
Ghosh & Mitra PRL(97)ht/96,
comment Zaslavskii PRL(98)ht;
Mitra ht/97-in; Hod PRD(00)gq.
@ Higher genus: Brill et al PRD(97)gq;
Peça & Lemos JMP(00)gq/98;
Kowalski-Glikman & Nowak-Szczepaniak PLA(00)
[quantum].
@ Non-stationary: Hayward et al PLA(99)gq/98 [entanglement S];
Allemandi et al gq/03 [entropy];
Ibohal & Dorendro IJMPD(05)gq/04 [and
radiation].
@ Evaporating: Keski-Vakkuri & Mathur PRD(94)
[entropy].
@ Vaidya black hole: Xiang & Zheng PRD(00);
Xiang & Shen GRG(04);
Siahaan & Triyanta a0811-in [semiclassical].
@ Cosmological: Wu & Cai IJTP(02)gq/01 [Vaidya-de Sitter,
radiation]; Saida CQG(02)gq;
Roy Choudhury & Padmanabhan GRG(07)gq/04 [multi-horizon
Schwarzschild-de Sitter];
Saida et al CQG(07)-a0705 [in
Einstein-de Sitter]; Faraoni PRD(07)-a0710 [temperature].
@ Black hole in a box, caged: Custódio & Horvath AJP(03)dec-gq [entropy];
Zaslavskii PRD(03)gq [radiation];
Lundgren PRD(08)gq/06 [canonical
ensemble]; Gilmore et al JHEP(09)-a0908 [charged].
@ Microscopic: Heckler PRD(97)ap/96 [microscopic,
radiation]; MacGibbon et al PRD(08)-a0709 [no
QED/QCD photospheres].
@ Other types: Yu NCB(01)
[charged, accelerating]; Friedman et al PRD(02)gq/01 [binaries];
Alvarenga et al PLA(03)gq,
MPLA(05)
[
= 0]; Winstanley gq/04-in
[with conformal scalar].
@ Other, radiation: Wu & Cai GRG(02)gq [Kinnersley
black hole, Dirac field theory]; Melnyk CMP(04)
[charged massive Dirac field]; Farley & D'Eath PLB(04)gq [with
scalar, transition amplitudes]; Bambeck & Hiscock CQG(05)gq [effects
of neutrino mass]; Ahn qp/06/Nat
[fermions]; Hayward CQG(06)
[dynamical black holes].
@ Other, S: Visser PRD(93),
PRD(93)
["dirty"]; Gauntlett & Tada
PRD(97)
[BPS black hole dyons]; Iofa & Pando PRD(99)ht/98 [Calabi-Yau];
Jing & Yan PRD(00)gq/99 [axisymmetric];
Medved ht/01 [near
extremal]; Page
gq/01, PRD(02)gq/01 [S < A/4];
Astefanesei et al PLB(05)
[NUT charged, S-area relation].
@ Quantum, extremal: Kiefer & Louko AdP(99)gq/98;
Krasnov CQG(99)gq [and
Immirzi parameter]; Qiu et al MPLA(01)
[Reissner-Nordström].
@ Quantum, with matter: Berezin PRD(97)gq/96;
Berezin et al gq/97-in
[dust
shell]; Vaz et al PRD(03)gq/02 [Hawking
radiation].
In Other Theories > s.a. black-hole
analogs; black
holes in higher-dimensions and modified theories [including
2D gravity].
* Brane world, radiation:
Scalars, fermions and vectors radiate on the brane, while gravitons radiate
in all
directions, and the number of possible helicities D(D–3)/2
grows with D, so they lead to a higher evaporation rate in higher
dimensions.
@ General references: Koga & Maeda
PRD(98)gq [generalized
theory]; Suyama MPLA(00)ht/99 [branes, A =
0]; Amelino-Camelia et al CQG(06)
[with gup]; Nozari & Fazlpour gq/06 [Reissner-Nordström
in non-commutative space]; Tachikawa CQG(07)ht/06 [with
Chern-Simons terms, using Noether charge]; Park PLB(08)ht/06 [T < 0,
exotic and higher-order in 3D]; Briscese & Elizalde PRD(08)-a0708
[Schwarzschild-like, entropy]; Myung et al PLB(08)-a0708 [with
non-linear electromagnetism].
@ Other gravity theories: de Wit ht/99-in
[supersymmetric]; Frolov & Fursaev PRD(97)ht, ht/97 [induced
gravity]; > s.a. Horava-Lifshitz
Gravity.
@ Dilatonic: Nojiri et al MPLA(99)gq;
Tamaki & Yajima PRD(01).
@ Higher-order theories: Jacobson & Myers PRL(93)ht;
Jacobson et al gq/95-in,
PRD(95)gq;
Clunan et al CQG(04)gq [S,
Gauss-Bonnet and Lovelock gravity]; Cvitan et al SPP(05)ht/04;
Cvitan & Pallua PRD(05)ht/04;
Astefanesei et al JHEP(06)ht [rotating
extremal]; Liko PRD(08)-a0705 [Gauss-Bonnet,
corrections to S]; > s.a. laws
of black hole mechanics; Lovelock Gravity.
@ Brane world: Makhviladze et al gq/05 [radiation,
and gup]; Harris & Kanti PLB(06)
[scalar emission rate, rotating black hole]; Fabbri & Procopio IJMPD(08)-a0705 [Randall-Sundrum,
holographic interpretation].
@ Non-commutative: Di Grezia et al CQG(06)ht;
Myung et al JHEP(07)gq/06 [de Sitter
/ Schwarzschild type]; > s.a. non-commutative
physics.
@ String / M-theory: Oda PLB(94);
Horowitz gq/96-in;
Maldacena et al JHEP(97)ht;
Lowe PRL(98)ht;
Lopes Cardoso et al FdP(00)ht/99-in,
NPB(00)ht/99 [supersymmetry
/ M-theory]; Akhmedov IJMPA(00)
[rev]; de Wit ht/05-in
[entropy and supersymmetry]; Dabholkar et al JHEP(05)
[supersymmetry, counting].
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26 oct 2009