Abstracts of Contributed Papers, Volume 1 |
From inside the book
Results 1-3 of 57
Page 71
... functions K and are obtained from K = r , = K where & is an axisymmetric harmonic function , y is a constant and subscripts denote partial derivatives with respect to the indicated variables . The function μ and the mass and charge ...
... functions K and are obtained from K = r , = K where & is an axisymmetric harmonic function , y is a constant and subscripts denote partial derivatives with respect to the indicated variables . The function μ and the mass and charge ...
Page 118
... functions of u and v alone . When the metric tensor is continuous across the null hypersurfaces u = 0 and v = 0 but has discontinuous derivatives across these hypersurfaces , then the curvature tensor derived from the metric is ...
... functions of u and v alone . When the metric tensor is continuous across the null hypersurfaces u = 0 and v = 0 but has discontinuous derivatives across these hypersurfaces , then the curvature tensor derived from the metric is ...
Page 303
... function of the Universe . To study the properties of such wave functions beyond a semi - classical WKB analysis for a cosmological model with several degrees of freedom requires numerical methods . Monte Carlo ( MC ) simulations are ...
... function of the Universe . To study the properties of such wave functions beyond a semi - classical WKB analysis for a cosmological model with several degrees of freedom requires numerical methods . Monte Carlo ( MC ) simulations are ...
Contents
List of Papers | 1 |
A4 Asymptotia Singularities and Global Structure | 217 |
A5 Radiative Spacetimes and Approximation Methods | 263 |
1 other sections not shown
Other editions - View all
Common terms and phrases
acceleration algebra asymptotically flat black hole calculations CALIFORNIA LIBRARY causal set charge collision conformal constant COSMOLOGICAL covariant curvature CURVED defined density Department of Physics derived dimensional dimensions Einstein equations Einstein-Maxwell Einstein's field equations electromagnetic field energy epola evolution exact solutions field equations field theory formalism functions gauge theory geodesic geometry global Grav gravitational field GRAVITATIONAL RADIATION GRAVITATIONAL WAVE horizon hypersurface inertial interaction invariant Killing vector Lagrangian linear Lorentz manifold mass Math Mathematics MathTensor metric Minkowski momentum motion neutrino Newtonian null infinity obtained parameter particles People's Republic perfect fluid perturbations Phys potential problem radius REGGE CALCULUS relativistic relativity Republic of China Ricci tensor Riemannian rotating scalar field Schwarzschild singularity slicing space spacelike spacetime spherically symmetric spin spinor static structure theorem THEORY OF GRAVITATION timelike torsion transformation United Kingdom UNIVERSITY OF CALIFORNIA USSR vacuum vector field velocity Weyl wormhole