Bianchi Type I Models – Matter and Alternative Theories  

Bianchi I Models with Various Types of Matter > s.a. bianchi-I models [isotropization]; dilaton field.
@ + Scalar: Frolov et al CQG(91) [massless, non-linear]; Folomeev & Gurovich GRG(00); Joy & Kuriakose PRD(00) [φ6, phase transition]; Hrycyna & Szydłowski AIP(13)-a1212 [with non-minimally-coupled scalar, singularity]; Socorro et al AHEP-a1409 [k-essence theory]; Camci et al APP(16)-a1605 [from Noether symmetry approach]; Cortez et al PRD(16)-a1610 [Fock quantization, with unitary dynamics].
@ + Fluid: Huang JMP(90)gq/03 [stiff fluid, shear viscosity]; Chimento PRD(03)gq [internal symmetry]; Belinchón ASS(05)gq/04, ASS(06)gq/04 [variable constants]; Saha IJTP(06)gq/05 [pfluid + quintessence]; Christodoulakis et al JMP(06)gq/05 [+ scalar, decoupling].
@ + Two or more fluids: Sandin & Uggla CQG(08)-a0806, Sandin GRG(09)-a0901 [two tilted fluids]; Cataldo et al ASS(11)-a1101 [various interacting fluids]; Singh Kohli & Haslam a1402 [two non-tilted fluids].
@ + Fluid, viscous: Brevik & Pettersen PRD(00)gq [no anisotropy]; Pradhan et al FizB(07)gq/05; Saha ASS(07)gq [+ non-linear spinor]; Bittencourt et al a1610.
@ + Fluid + cosmological constant: Khalatnikov & Kamenshchik PLB(03)gq [dust + cc, generalized Heckmann–Schücking]; Saha MPLA(05)gq/04, Saha & Rikhvitsky PhyD(06)gq/04 [viscous, + cosmological constant], JPA(07) [viscous, + spinor and cosmological constant]; Saha ChJP(05)gq/04 [pfluid + dark energy]; D'Ambroise & Williams JMP(10)-a1007 [modeled by a Bose-Einstein condensate].
@ + Fluid + variable cosmological constant: Pradhan & Pandey ASS(06)gq/04 [viscous fluid]; Vishwakarma GRG(05)-a0801 [+ variable G]; Singh & Tiwari IJMPD(07) [LRS, stiff fluid]; Belinchón G&C(09)-a0707 [+ variable G], ASS(08)-a0707 [+ variable G and c].
@ + Spinor: Zhelnorovich JETP(04)gq/00 [Einstein-Dirac]; Saha PRD(01)gq, & Boyadjiev gq/03/IJMPA [+ cosmological constant], PRD(04)gq/03 [+ scalar]; Vakili & Sepangi JCAP(05)gq [m > 0, and signature change], AP(08)-a0709 [time reparameterization]; Saha PRD(06) [phenomenology]; Saha & Rikhvitsky a1508 [non-linear]; Wollensak a1604 [massless fermions].
@ Einstein-Vlasov: Rendall JMP(96)gq/95; Heinzle & Uggla CQG(06)gq/05.
@ Einstein-Maxwell: LeBlanc CQG(97) [magnetic, asymptotic states]; Balakin CQG(07)-a0710 [magnetized].
@ Einstein-Yang-Mills: Darian & Künzle CQG(96); Barrow et al PRD(05) [+ pfluid]; Narita CQG(06) [+ dilaton].
@ Other matter: Harko & Mak IJMPD(02)gq [dilaton + magnetic field]; Villalba & Greiner MPLA(02)gq [particle creation]; Balakin & Zimdahl PRD(05)ap [non-minimal B field]; King & Coles CQG(07)ap/06 [B field + cosmological constant]; Calogero & Heinzle CQG(07)-a0706 [non-tilted elastic matter]; Folomeev IJMPD(07) [2 interacting scalar fields]; Calogero & Heinzle AHP(09)-a0809, Sloan CQG(16)-a1601 [anisotropic matter].

Bianchi I Models in Other Theories of Gravity > s.a. born-infeld theory; brans-dicke theory; kaluza-klein theory; massive gravity.
@ Scalar-tensor theory: Fay GRG(00)gq, GRG(00)gq, CQG(00)gq/03, CQG(00), CQG(00), CQG(01); Cataldo et al PRD(01)gq/00 [viscous]; Kumar & Singh IJTP(08) [Sáez-Ballester theory]; Pradhan et al IJTP(12) [and late-time acceleration].
@ f(R) gravity: Leach et al CQG(06)gq; Sharif & Shamir CQG(09)-a0910 [vacuum, and Bianchi V]; Sharif & Shamir GRG(10)-a1005 [+ perfect fluid, and Bianchi V]; Shamir ASS(10)-a1006; Carloni et al CQG(13)-a1303 [R n theories with torsion].
@ Other higher-order gravity: Pavluchenko PRD(09)-a0906 [Lovelock gravity]; Barragán & Olmo PRD(10)-a1005 [Palatini gravity, bouncing cosmologies]; Leon IJMPE(11)-a1403; Shamir et al a1207, Sharif & Zubair JPSJ(12)-a1301 [f(R, T) gravity]; > s.a. lovelock gravity.
@ Brane world: Toporensky CQG(01) [shear dynamics]; Harko & Mak CQG(03)gq/02 [viscous]; Toporensky & Tretyakov G&C(05)gq [recollapsing].
@ In Lyra geometry: Pradhan & Vishwakarma JGP(04); Singh & Kale IJTP(09) [variable gravitational constant and bulk viscosity]; Sahu & Kumar IJTP(13).
@ f(T) gravity: Sharif & Rani MPLA(11)-a1105; Rodrigues et al ASS(15)-a1408 [and Bianchi III, Kantowski-Sachs].
@ Other theories: Demaret et al CQG(99)gq/98 [type I, conformal gravity]; Chen et al PRD(00)ht/99 [N = 2, D = 5 supergravity]; Harko et al NCB(99) [Einstein-Cartan]; Salti & Havare gq/05-wd [teleparallel, energy-momentum]; > s.a. bianchi models.


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