Gravitational Lensing in Specific Spacetimes |
Black Holes > s.a. gravitational-wave propagation;
observational cosmology; gravitational phenomenology
[birefringence]; tests of general relativity with light.
@ Schwarzschild black holes: Ohanian AJP(87)may;
Virbhadra & Ellis PRD(00)ap/99;
Frittelli et al PRD(00)gq;
Kanti Dey a1208 [strong lensing].
@ Spinning black holes: Aazami et al JMP(11)-a1102,
JMP(11)-a1102 [Kerr];
Kraniotis GRG(14)-a1401 [Kerr-Newman-(A)dS];
James et al CQG(15)-a1502 [and the movie Interstellar];
Gralla & Lupsasca PRD(20)-a1910;
> s.a. particles in kerr spacetimes.
@ Schwarzschild-de Sitter black holes: Lake PRD(02)gq/01,
a0711;
Ishak et al MNRAS(10)-a0810;
Schücker GRG(09);
Khriplovich & Pomeransky IJMPD(08);
Ishak & Rindler GRG(10)-a1006;
Biressa & de Freitas Pacheco GRG(11)-a1105;
Lim & Wang PRD(17)-a1609 [exact solution].
@ Other black holes: Jackson PRD(01)gq [no hiding, and holography];
Eiroa et al PRD(02)gq [Reissner-Nordström];
Vázquez & Esteban NCB(04)gq/03 [Kerr];
Whisker PRD(05)ap/04 [brane world];
Eiroa PRD(06) [Einstein-Born-Infeld];
Konoplya PLB(07) [magnetized];
Sereno PRD(08),
PRL(09),
Bozza PRD(08)-a0806 [caustics],
GRG(10)-a0911 [rev];
Virbhadra PRD(09)-a0810 [and black-hole masses];
Bin-Nun PRD(10)-a1004 [by Sgr A*, as a probe of modified gravity];
Einoa & Sendra CQG(11)-a1011 [regular Bardeen black hole];
Tsukamoto et al PRD(14)-a1402 [higher-dimensional, Tangherlini spacetime];
Patil et al PRD(17)-a1610 [binary black holes];
Jahani & Mann PRD(19)-a1810 [in Einsteinian cubic gravity].
@ Other specific objects:
Bozza & Mancini ApJ(04) [the star S2].
@ Other cosmological-constant spacetime: Park PRD(08)-a0804.
Other Isolated Objects
@ Wormholes: Eiroa et al MPLA(01)gq,
Torres et al MPLA(01)gq [chromaticity];
Safonova et al PRD(02)gq/01;
Shatskiy AR(04)ap;
Tejeiro & Larrañaga gq/05;
Nandi et al PRD(06)gq;
Kanti Dey & Sen MPLA(08)-a0806;
Kuhfittig EPJC(13)-a1311 [in the galactic halo];
Shaikh et al PLB(19)-a1811 [novel features];
> s.a. wormholes.
@ Naked singularities:
Virbhadra & Ellis PRD(02);
Sahu et al PRD(12) [vs black holes];
DeAndrea & Alexander PRD(14) [negative time delay].
@ Other: Palle APS(05)ap [quadrupole potentials];
Amore et al PRD(07) [compact objects];
de Swardt et al a1002 [spherically symmetric, 1+1+2-covariant];
Chen & Jing PRD(12) [rotating non-Kerr compact object];
Di Stefano & Esin a1412/ApJ [multiple-mass systems, effect on light curves];
Shimanovskaya et al a1502 [quasar, time delay];
Asada MPLA(17)-a1711 [exotic objects];
> s.a. types of singularities.
Other Types of Spacetimes or Waves
@ Cosmic strings: de Laix PRD(97),
et al PRL(97);
Bernardeau & Uzan PRD(01)ap/00,
ap/00-proc;
Shlaer & Tye PRD(05) [and instability of closed timelike curves];
Agol et al PRD(06) [HST candidate excluded];
Gasparini et al MNRAS(08)-a0710;
> s.a. microlensing; tests
of general relativity with light [light deflection with conical defects].
@ Gravitational waves: Mollerach PRD(98)ap/97;
Faraoni IJMPD(98),
& Gunzig A&A(98)ap [in scalar-tensor gravity theories];
Bisnovatyi-Kogan & Tsupko G&C(08)-a0809;
Yang et al a1810;
> s.a. radio astronomy.
@ Cosmological models:
Wambsganss et al ap/96/ApJ;
Kaiser ApJ(98)ap/96;
Ghassemi et al PRD(09),
Goto & Kodama a1002-conf [Lemaître-Tolman-Bondi];
Parsi Mood et al PRD(13);
Melia et al AJ(15)-a1410;
He & Zhang JCAP(17)-a1701 [dark energy as concave lens];
> s.a. cosmological parameters.
@ Of the cmb: Zaldarriaga PRD(00)ap/99 [non-Gaussian aspects];
Jenkins et al PLB(14) [Feynman-diagram approach];
Calabrese et al JCAP(15)-a1409 [multiple];
Hassani et al JCAP(16)-a1511.
@ Inhomogeneous, cumulative: Holz & Wald PRD(98)ap/97,
Wald gq/98-proc [statistical distribution];
Bergström et al A&A-ap/99;
Claudel PRS(00)gq [including swiss cheese];
Jain et al PRD(02)ap [brane world];
Schücker a1006 [Einstein-Straus model];
Chen et al PRD(10)-a1006 [swiss cheese, time delay];
> s.a. relativistic cosmology [local models].
@ More general spacetimes:
Klinkhamer & Wang MPLA(19)-a1808 [stealth defect].
@ Phenomenology: Safonova et al MPLA(01)ap [effects of violations of energy conditions];
Bolejko et al PRL(13) [lensing by voids and brightening of the background];
Hezaveh ApJL(14)-a1408 [measuring black hole masses at high redshifts];
Jee et al JCAP-a1410 [measuring angular-diameter distances];
> s.a. galaxy distribution [lensing by galaxy clusters];
Doppler Lensing.
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