The Natural Philosophy of TimeHarper, 1961 - 324 Seiten |
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Seite 210
... relative motion will assign a greater measure than St ' to this interval of time is called the phenomenon of time dilatation . It is independent of the sign of V , and so it does not matter whether the two observers are receding from ...
... relative motion will assign a greater measure than St ' to this interval of time is called the phenomenon of time dilatation . It is independent of the sign of V , and so it does not matter whether the two observers are receding from ...
Seite 219
... relative to an inertial system has no influence on its rate . In other words , the time dilatation associated with a clock when moving relative to the observer with speed V is given by the same formula ( 36 ) irrespective of whether the ...
... relative to an inertial system has no influence on its rate . In other words , the time dilatation associated with a clock when moving relative to the observer with speed V is given by the same formula ( 36 ) irrespective of whether the ...
Seite 221
... relative to the local background in a finite universe which can be circumnavigated by light in a constant time - interval , accord- ing to A's clock . It is clear that , although A's and B's clocks synchronize when they first coincide ...
... relative to the local background in a finite universe which can be circumnavigated by light in a constant time - interval , accord- ing to A's clock . It is clear that , although A's and B's clocks synchronize when they first coincide ...
Inhalt
Preface Chapter I Universal Time I The Elimination of Time | 1 |
Trend and Symmetrical Time | 2 |
Irreversible Phenomena | 3 |
Urheberrecht | |
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Häufige Begriffe und Wortgruppen
A. N. Whitehead absolute according Achilles analysis argued argument assigned atoms Axiom body brain C. D. Broad causal clock concept concerning consciousness Consequently consider constant continuum correlation corresponding cosmic defined definition denotes distance ds² duration E. A. Milne E₁ Eddington Einstein's electron entropy epoch equation example existence experience F. H. Bradley fact finite follows formula function fundamental particle geometry given gravitational Hence Hubble's constant hypothesis idea inertial frame infinite instant interval light-cones light-signal logical London mathematical matter measurement memory metric Minkowski diagram moving natural Newton object occur origin paradox particular past perception phenomena philosophers photons physical possible postulate precedes present principle problem regarded relation scale sequence signal simultaneity Sitter space space-time spatial specious present speed successive t₁ temporal theoretical Theory of Relativity time-interval uniform universe velocity of light whereas world-line world-model Zeno Zeno's Zeno's paradox