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Gravitation (book)

  • On the Status of the Geodesic Principle in Newtonian and Relativistic Physics1

    On the Status of the Geodesic Principle in Newtonian and Relativistic Physics1

  • “Geodesic Principle” in General Relativity∗

    “Geodesic Principle” in General Relativity∗

  • Tensor-Spinor Theory of Gravitation in General Even Space-Time Dimensions

    Tensor-Spinor Theory of Gravitation in General Even Space-Time Dimensions

  • Einstein, Nordström and the Early Demise of Scalar, Lorentz Covariant Theories of Gravitation

    Einstein, Nordström and the Early Demise of Scalar, Lorentz Covariant Theories of Gravitation

  • Derivation of Generalized Einstein's Equations of Gravitation in Some

    Derivation of Generalized Einstein's Equations of Gravitation in Some

  • Einstein's Gravitational Field

    Einstein's Gravitational Field

  • Einstein's 1916 Derivation of the Field Equations

    Einstein's 1916 Derivation of the Field Equations

  • Arxiv:0911.0614V15 [Gr-Qc] 19 Jun 2018 Fteeequations These of Nevlso Hne,Tog Htlae Ttime-Like

    Arxiv:0911.0614V15 [Gr-Qc] 19 Jun 2018 Fteeequations These of Nevlso Hne,Tog Htlae Ttime-Like

  • New Varying Speed of Light Theories

    New Varying Speed of Light Theories

  • A Connection Between Gravitation and Electromagnetism

    A Connection Between Gravitation and Electromagnetism

  • Gravitation and the Electron

    Gravitation and the Electron

  • General Relativity

    General Relativity

  • Lorentz-Violating Gravitoelectromagnetism

    Lorentz-Violating Gravitoelectromagnetism

  • Gravitoelectromagnetism.Pdf

    Gravitoelectromagnetism.Pdf

  • Autoparallel Vs. Geodesic Trajectories in a Model of Torsion Gravity

    Autoparallel Vs. Geodesic Trajectories in a Model of Torsion Gravity

  • How Einstein Got His Field Equations Arxiv:1608.05752V1 [Physics.Hist-Ph]

    How Einstein Got His Field Equations Arxiv:1608.05752V1 [Physics.Hist-Ph]

  • Space Time Gravitation

    Space Time Gravitation

  • GRAVITATION F10 Lecture 8 1. the Geodesic Equation 1.1. Riemann

    GRAVITATION F10 Lecture 8 1. the Geodesic Equation 1.1. Riemann

Top View
  • Electromagnetically-Induced Frame Dragging Around Astrophysical
  • Inductive Rectilinear Frame Dragging and Local Coupling to the Gravitational Field of the Universe
  • Gravitation in the Weak-Field Limit
  • 5 Four Vectors
  • Band-Spinor Representations of GL(N,R)
  • Isospinor Preon Field M Odel I H. Stumpf Institut Für Theore
  • Relativity the Special and General Theory
  • Deconstructing Frame-Dragging
  • SPINORS and GRAVITATIONAL FIELD Jean Claude Dutailly
  • Gravitation: from Newton to Einstein
  • GRAVITATIONAL ACCELERATION EQUATION with WAVELENGTH and SPEED of LIGHT WITHOUT USING the UNIVERSAL GRAVITATIONAL CONSTANT of NEWTON Rodolfo Sergio González Castro
  • Equations of Motion in the Theory of Relativistic Vector Fields Sergey Fedosin
  • A 1% Measurement of the Gravitomagnetic Field of the Earth with Laser-Tracked Satellites
  • Information Exchange on Newtonian Gravity and Einstein's Theory of General Relativity 1
  • Relativity and View Effects
  • Lorentz-Invariant Theory of Gravitation (Summary)
  • Frame Dragging and the Hong-Ou-Mandel Dip: Gravitational Effects in Multiphoton Interference
  • Relativity and Quantum Mechanics Linked by Two Dimensionless Numbers of Order 101 F


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