Proceedings of the International School of Physics "Enrico Fermi.", Volume 20N. Zanichelli, 1962 - Nuclear physics |
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Page 101
... world line of any particle resting near the surface of M will be a straight line parallel to the t - axis . Figure 7c shows a space - time diagram of the two clocks at levels V and V + AV ( to preserve continuity with Fig . 7a and 7b ...
... world line of any particle resting near the surface of M will be a straight line parallel to the t - axis . Figure 7c shows a space - time diagram of the two clocks at levels V and V + AV ( to preserve continuity with Fig . 7a and 7b ...
Page 142
The funnel dips far back into the past as we come toward the observer's world line , simply because our local observations are so detailed that we can make inferences about events that occurred some 1010 years ago , whereas observations ...
The funnel dips far back into the past as we come toward the observer's world line , simply because our local observations are so detailed that we can make inferences about events that occurred some 1010 years ago , whereas observations ...
Page 143
... world lines to be perpendicular to x = b , i.e. to t = 0 . The last assumption is that the world lines of the fluid ... line element . It represents the maximum geometrical simplification given by the above postulates . It can readily be ...
... world lines to be perpendicular to x = b , i.e. to t = 0 . The last assumption is that the world lines of the fluid ... line element . It represents the maximum geometrical simplification given by the above postulates . It can readily be ...
Contents
pag | 1 |
Review of Jordans extended theory of gravitation | 50 |
Gravitational theories of the Whitehead type and the principle | 69 |
Copyright | |
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angular approximation assumed atom clock co-ordinate system color conservation laws consider cosmological covariant curved defined density derivatives determined dimensionless distance earth effect energy Eötvös experiment equations of motion equivalence principle expansion experimental field eqs field equations fine structure constant force frequency function galaxies geometry given gives gravitational acceleration gravitational constant gravitational field gravitational red shift gravitational theory gravitational waves inertial integral interaction invariant isotropic JORDAN light line element linear Lorentz Mach's Principle matter Maxwell's equations measured metric tensor momentum Newtonian observations obtained orbit parameter particle Phys physical principle of equivalence R. H. DICKE radiation relativistic Rendiconti S.I.F. result Riemann tensor Riemannian satisfied scalar SCHILD solution space space-time special relativity static stress-energy tensor surface t₁ tetrad transformations universe vector velocity wavelength Whitehead's theory world line zero μν