Black-Hole Quasinormal Modes  

In General > s.a. black-hole perturbations and thermodynamics; geodesics; quantum black holes.
* Highly damped: It has been suggested that they provide information about the microscopic quantum gravity states underlying black-hole entropy; This requires their frequencies to be universally of the form \(\hbar\)ωR = (ln l) kTbh, where l is an integer, and Tbh is the black-hole temperature.
@ Reviews: Kokkotas & Schmidt LRR(99)gq; Nollert CQG(99); Sachs FdP(04)ht/03-conf; Berti gq/04-proc; Ferrari & Gualtieri GRG(08)-a0709; Berti et al CQG(09); Konoplya & Zhidenko RMP(11)-a1102 [astrophysical aspects and AdS/CFT interpretation]; Cho et al AMP-a1111 [asymptotic iteration method].
@ In other gravity theories: Lasky & Doneva PRD(10)-a1011 [TeVeS]; Prasobh & Kuriakose EPJC(14)-a1405, Yoshida & Soda PRD(16)-a1512 [Lovelock gravity]; Cai et al JHEP(16)-a1508 [quadratic gravity]; Bhattacharyya & Shankaranarayanan a1704 [f(R) gravity]; > s.a. black holes in modified theories [Gauss-Bonnet gravity]; hořava gravity.
@ With quantum corrections: Liu et al CQG(12)-a1205 [asymptotically-safe black holes].
@ Significance, phenomenology: Nollert PRD(96)gq; Berti et al AIP(06)gq [excitation]; Maggiore PRL(08)-a0711 [physical interpretation]; Ulhoa BJP(14)-a1303 [gravitational, for regular black holes]; Kinugawa et al MNRAS(16)-a1505 [Pop III binaries]; Cardoso et al PRL(16)-a1602 [and gravitational-wave ringdown].
@ General references: Siopsis ht/04-conf [asymptotic form]; Khriplovich IJMPD(05)gq/04 [asymptotics and quantum black holes]; Daghigh & Kunstatter CJP(06)-gq/05 [highly damped]; Samuelsson et al CQG(07) [characteristic approach]; Zhidenko PhD(09)-a0903; Skákala & Visser JHEP(10)-a1004 [semi-analytical results]; Boonserm & Visser JHEP(11)-a1005 [analytic results]; Skákala & Visser JHEP(10)-a1009 [master equations]; Skákala PhD(11)-a1107; Daghigh & Green PRD(12)-a1112 [WKB approximation].

Specific Types of Black-Holes > s.a. black holes in higher dimensions; perturbations of schwarzschild spacetime; schwarzschild-de sitter solutions.
@ Kerr: Seidel & Iyer PRD(90); Onozawa PRD(97)gq/96; Berti & Kokkotas PRD(03)ht [and Reissner-Nordström]; Giammatteo gq/03; Hod PRD(03)gq; Musiri & Siopsis PLB(04)ht/03 [perturbative]; Berti et al PRD(03)ht, PRD(04)gq [highly damped]; Hod gq/05, Carlson et al a1201 [fermions]; Konoplya & Zhidenko PRD(06) [massive scalar, stability]; Berti & Cardoso PRD(06)gq [ringing]; Dorband et al PRD(06)gq [numerical]; Yang et al PRD(12)-a1207 [geometric interpretation]; Yang et al PRD(13)-a1212 [nearly extremal, branching of quasinormal modes]; Hod EPJC-a1410 [nearly extremal, universality of the quasinormal spectrum]; Richartz PRD(16)-a1509 [extremal]; Hod JCAP(16)-a1602 [rapidly-rotating].
@ Kerr-AdS: Giammatteo & Moss CQG(05)gq [gravitational]; Gannot a1407 [global definition]; Cardoso & Khanna PRD(15)-a1501.
@ Kerr-Newman: Berti & Kokkotas PRD(05)gq [electromagnetic + gravitational]; Jing & Pan NPB(05)gq [Dirac]; Kokkotas et al PRD(11)-a1101 [in a magnetic field]; Couch & Holder JMP(12) [Liouvillian quasinormal modes]; Mark et al PRD(15)-a1409 [weakly charged].
@ Reissner-Nordström: Hod CQG(06)gq/05; Jing JHEP(05)gq [neutrino modes]; Daghigh et al CQG(06) [D-dimensional]; Kim et al EPJC(13)-a1205; Hod PLB(12)-a1205 [charged scalar field].
@ Reissner-Nordström, (nearly) extreme: Andersson & Onozawa PRD(96); Kim & Oh PLB(01) [and Choptuik scaling]; Daghigh & Green CQG(08)-a0708 [and Reissner-Nordström-de Sitter spacetime].
@ Reissner-Nordström-(A)dS: Wang et al PLB(00); Konoplya PRD(02); Jing & Pan PRD(05)gq [Dirac fields]; Uchikata & Yoshida PRD(11)-a1109 [charged scalar]; Iantchenko a1407.
@ Dilaton black holes: Ferrari et al PRD(01) [charged]; Fernando GRG(04)ht/03 [2+1, charged]; Kettner et al CQG(04); Kokkotas et al PRD(15)-a1507.
@ Dirty black holes: Leung et al PRL(97), PRD(99); Medved et al CQG(04)gq/03, CQG(04)gq/03.
@ 2D: López-Ortega & Vega-Acevedo GRG(11) [2D, asymptotically flat]; Estrada-Jiménez et al GRG(13) [Klein-Gordon and Dirac fields, continuous spectrum].
@ 3D, BTZ: Cardoso & Lemos PRD(01) [scalar, electromagnetic, Weyl]; Birmingham et al PRL(02) [and conformal field theory]; Crisóstomo et al CQG(04) [extremal]; Datta & David JHEP(12)-a1112 [higher-spin].
@ Other types of black holes: Sachs & Solodukhin JHEP(08) [topologically massive gravity]; Oliva & Troncoso PRD(10)-a1003-conf; Dyatlov CMP(11)-a1003, Yoshida et al PRD(10) [Kerr-de Sitter black holes]; Chen & Long PRD(10)-a1009 [black holes with a hidden conformal symmetry]; Flachi & Lemos PRD(12)-a1211 [regular black holes]; Li et al PRD(13)-a1308 [spherically symmetric, regular black holes]; > s.a. Vaidya Metric.
@ Other objects: Starinets PRD(02) [black branes]; > s.a. black-hole analogs; wormholes.


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