The Natural Philosophy of Time |
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A remarkably simple but fascinating example of irreversibility was described by
E. A. Milne in 1932. He noted that any swarm of non - colliding particles moving
uniformly in straight lines , if contained in a finite volume at some particular initial
...
A remarkably simple but fascinating example of irreversibility was described by
E. A. Milne in 1932. He noted that any swarm of non - colliding particles moving
uniformly in straight lines , if contained in a finite volume at some particular initial
...
Seite 302
For example , if u , is infinitel ( as for a particle travelling from E to l , in Figure 14 ,
when considered with respect to an ... all conceivable rectilinear worldlines
through E in the Minkowski diagram , corresponding to particles meeting at E and
...
For example , if u , is infinitel ( as for a particle travelling from E to l , in Figure 14 ,
when considered with respect to an ... all conceivable rectilinear worldlines
through E in the Minkowski diagram , corresponding to particles meeting at E and
...
Seite 304
Conversely , in suitable circumstances , a photon can disappear and be replaced
by a particle and an anti - particle . Nevertheless , although anti - particles cannot
survive close encounters with ordinary particles , there is , in principle ...
Conversely , in suitable circumstances , a photon can disappear and be replaced
by a particle and an anti - particle . Nevertheless , although anti - particles cannot
survive close encounters with ordinary particles , there is , in principle ...
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Inhalt
Universal Time I The Elimination of Time | 1 |
Trend and Symmetrical Time | 5 |
Irreversible Phenomena | 10 |
Urheberrecht | |
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accepted according analysis appears argued argument assigned associated assumed atoms attention becomes believed body brain causal clock compared concept concerning conclusion condition conscious Consequently consider constant continuous corresponding defined definition depends determined direction discussion distance duration effect Einstein's epoch equation essential evidence example existence experience fact finite follows formulated function fundamental future geometry given Hence hypothesis idea increase independent infinite instant interval involved later less light limit logical London maintained mathematical matter means measure mechanism memory mind motion moving natural Nevertheless objects observer occur origin paradox particles particular past perception philosophers physical position possible precedes present principle problem purely question reason reference regarded relation relative respect result scale sense sequence signal simultaneous space spatial speed successive suggested temporal theory things thought uniform universe whereas whole