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The Choice of Affine Connection
Algebraic Properties of the Vector
Field Laws obtained from the Affine
2 other sections not shown
affine connection affine geometry ation Christoffel three-index symbols consequence constructed contravariant field determined dimensionless eigenvalue equation electro electromagnetic and gravitational electromagnetic field electromagnetic theory electromagnetic vector potential equa equations 3.40 evolving field exponential factor fc^X field variables framework fundamental Geometry of Paths given gravitational and electromagnetic gravitational field gravitational theory Hlavaty interaction intrinsic derivative L.P. Eisenhart law of parallel mannian mass and charge Maxwell equations metric tensor National Academy non-parallel solution Non-Riemannian Geometry non-symmetric field tensor parallel solution parallel transfer particle particular co-ordinate system path integral method Planck's constant possible present chapter present theory projective change quantum mechanics quantum theory ratio relation Riemannian covariant derivatives Riemannian geometry Riemannian space scalar function scalar quantities seen space-time symmetric and anti-symmetric tangent vector tensor h tensor point functions tensorial form tensorial object tions unified field theory unified theory values Veblen vector field wave vector Weyl supplement Weyl-Eddington written zero