|  Bianchi Spacetime Models of Types VI-VIII | 
Type VI > s.a. gravitational instanton
  and thermodynamics; inflation;
  minisuperspace quantum cosmology; singularities.
  * Types: VI0
    and VIh, including the exceptional case
    VI−1/9.
  @ VI0:
    Rosquist & Jantzen PLA(85);
    LeBlanc et al CQG(95) [magnetic, asymptotic states];
    Berger CQG(96)gq/95 [chaotic singularity];
    Weaver CQG(00)gq/99 [magnetic, and singularity];
    Chakraborty & Ghosh IJMPD(03) [Brans-Dicke, inflation];
    Barrow & Hervik CQG(03)gq,
    Apostolopoulos GRG(04)gq/03,
    Hervik CQG(04)gq [tilted fluid];
    Coley & Hervik CQG(04)gq [tilted pfluids];
    Singh & Chaubey IJMPD(06)-a1007-wd [Einstein-Maxwell-dilaton];
    Heinzle & Ringström CQG(09) [vacuum, future asymptotics];
    Belinchón CQG(09) [self-similar approach];
    Groeninger a1908 [with orthogonal perfect fluid matter].
  @ VI−1/9:
    Hewitt GRG(91);
    Hewitt et al CQG(03)gq;
    Hervik et al CQG(08)-a0706 [tilted pfluid, late-time behavior].
  @ VIh: & Ellis & MacCallum;
    Clancy et al PLB(99)gq  [string cosmology];
    Jones gq/99 [semiclassical cosmology];
    Coley & Hervik CQG(05)gq/04 [pfluid];
    Apostolopoulos GRG(05),
    Hervik et al CQG(07)gq [tilted pfluid].
  @ Related topics: Saha G&C(10) [interacting spinor and scalar fields, with a cosmological constant];
    Kao & Lin PRD(11) [anisotropically inflating, stability];
    Saha a1507 [non-linear spinor fields].
Type VII > s.a. brans-dicke theory;
  gravitational instanton; minisuperspace quantum
  cosmology; singularities.
  * Types: VII0
    and VIIh; & Lukash.
  * Behavior: VIIh
    models are asymptotically self-similar at late times, VII0
    show self-similarity breaking.
  @ VII0: Wainwright et al CQG(99)gq/98 [pfluid];
    Manojlović & Miković ATMP(00)gq/99 [Painlevé III equation];
    Nilsson et al CQG(00)gq/99 [non-tilted pfluid];
    Horwood & Wainwright GRG(04)gq/03 [electrovac];
    Hervik et al CQG(06)gq/05 [tilted pfluid, asymptotic future];
    Lim et al CQG(06)gq [irrotational radiation];
    Sloan a1601 [anisotropic matter].
  @ VIIh:
    van den Hoogen et al PRD(97) [isotropization];
    Wainwright et al CQG(98) [isotropization];
    Nayak G&C(02) [imperfect fluid];
    Coley & Hervik CQG(05)gq/04,
    Hervik et al CQG(05)gq/04 [pfluid];
    Barrow & Tsagas CQG(05)gq/04 [Lukash plane wave metric];
    Jaffe et al ApJ(06)ap/05[with dark energy],
    A&A(06)ap [and WMAP 3-year data];
    Terzis & Christodoulakis GRG(09) [vacuum, general solution];
    > s.a. cmb anisotropy.
Type VIII
  > s.a. chaos in bianchi models.
  $ Def: Characterized by
    nij = (−1,+1,+1),
    vi = 0.
  @ General references: Kirillov & Montani PRD(97) [statistical properties, and IX];
    Ringström CQG(00)gq/99 [curvature near singularity, and IX];
    Barrow & Gaspar CQG(01)gq,
    Ringström CQG(01)gq,
    CQG(03)gq [vacuum, late-time];
    Apostolopoulos & Tsamparlis GRG(03)gq [self-similar];
    Shabbir et al G&C(10) [proper curvature collineations];
    Starkov PLA(11)
      [compact invariant sets; no periodic, homoclinic, or heteroclinic orbits in the zero-level set of the Hamiltonian].
  @ With matter: Banerjee et al ASS(90) [viscous fluid];
    Horwood et al CQG(03)gq/02 [fluid, late-time];
    Hervik & Lim CQG(06)gq/05 [tilted pfluid, late-time];
    Saha G&C(13)-a1107 [restrictions on the components of the energy-momentum tensor];
    Heißel GRG(12)-a1203 [with anisotropic matter].
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