Bianchi Cosmologies with Particle Creation and Bulk Viscosity K. D. KroriA. Mukherjee OriginalPaper Pages: 1429 - 1438
Cosmologies with Variable G and Λ from Action Principle K. D. KroriSanta ChaudhuryA. Mukherjee OriginalPaper Pages: 1439 - 1447
Jet Dynamics in Black Hole Physics: Acceleration During Subparsec Collimation Fernando de FeliceOlindo Zanotti OriginalPaper Pages: 1449 - 1472
Spectral Representation and the Averaging Problem in Cosmology1 Masafumi Seriu OriginalPaper Pages: 1473 - 1485
Cosmological Models with Bulk Viscosity in the Presence of Adiabatic Matter Creation and with Variable G, c, and Λ José Antonio Belinchón OriginalPaper Pages: 1487 - 1498
Rotating 5D-Kaluza-Klein Space-Times from Invariant Transformations Tonatiuh MatosDarío NúñezMaribel Rios OriginalPaper Pages: 1499 - 1525
Towards a Physical Interpretation for the Stephani Universes Roberto A. Sussman OriginalPaper Pages: 1527 - 1557
Auto-Parallel Equation as Euler-Lagrange's Equation over Spaces with Affine Connections and Metrics S. Manoff OriginalPaper Pages: 1559 - 1582
Turbulent Perfect Fluid Analogy for an Inflationary Nonsingular Vacuum Bubble and the Strong Energy Condition Within a String Derived Cosmology Steven David Miller OriginalPaper Pages: 1583 - 1614
Evolution of Dynamical Coupling in Scalar Tensor Theory from Noether Symmetry B. ModakS. KamilyaS. Biswas OriginalPaper Pages: 1615 - 1626
LETTER: Some Remarks on the Neutrino Oscillation Phase in a Gravitational Field J. G. PereiraC. M. Zhang BriefCommunication Pages: 1633 - 1637
LETTER: The Nernst Theorem and the Entropy of the Reissner–Nordström Black Hole Zhao RenZhang LichunWu Yueqin BriefCommunication Pages: 1639 - 1646
LETTER: The Fermionic Entropy in Garfinkle-Horne Dilaton Black Hole Background You-Gen Shen BriefCommunication Pages: 1647 - 1660
Editor's Note: The Classification of Spaces Defining Gravitational Fields Malcolm A. H. MacCallum Editorial Introduction Pages: 1661 - 1664
The Classification of Spaces Defining Gravitational Fields A. Z. Petrov OriginalPaper Pages: 1665 - 1685
