The Natural Philosophy of TimeClarendon Press, 1980 - 399 Seiten |
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Seite 267
... Press , Oxford . ASH , M. E. , Campbell , D. B. , Dyce , R. B. , Ingalls , R. P. , PENTTENGILL , G. H. , and SHAPIRO ... Press , Madison , Wisc . EDDINGTON , A. S. ( 1922 ) . Mathematical theory of relativity , p . 29. Cambridge ...
... Press , Oxford . ASH , M. E. , Campbell , D. B. , Dyce , R. B. , Ingalls , R. P. , PENTTENGILL , G. H. , and SHAPIRO ... Press , Madison , Wisc . EDDINGTON , A. S. ( 1922 ) . Mathematical theory of relativity , p . 29. Cambridge ...
Seite 268
... Press , Oxford . NERLICH , G. ( 1976 ) . The shape of space , pp . 266-7 . Cambridge University Press , Cambridge . NEWMAN , D. , Ford , G. W. , RICH , A. and Sweetman , E. ( 1978 ) . Phys . Rev. Lett . 40 , 1355-8 . POINCARÉ , H ...
... Press , Oxford . NERLICH , G. ( 1976 ) . The shape of space , pp . 266-7 . Cambridge University Press , Cambridge . NEWMAN , D. , Ford , G. W. , RICH , A. and Sweetman , E. ( 1978 ) . Phys . Rev. Lett . 40 , 1355-8 . POINCARÉ , H ...
Seite 318
... Press , Cambridge . CHANDRASEKHAR , S. and WRIGHT , J. P. ( 1961 ) . Proc . nat . Acad . Sci . U.S.A. 97 , 341-7 ... Press , Cambridge . ( 1933 ) . The expanding universe . Cambridge University Press , Cambridge . ( 1939 ) . The ...
... Press , Cambridge . CHANDRASEKHAR , S. and WRIGHT , J. P. ( 1961 ) . Proc . nat . Acad . Sci . U.S.A. 97 , 341-7 ... Press , Cambridge . ( 1933 ) . The expanding universe . Cambridge University Press , Cambridge . ( 1939 ) . The ...
Inhalt
UNIVERSAL TIME | 1 |
HUMAN TIME | 48 |
BIOLOGICAL TIME | 123 |
Urheberrecht | |
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according activity animals appears argued argument assigned associated assumed attention become believed biological body brain called clock concept concerned conclusion Consequently considered constant continuous corresponding definition depends determined direction distance distinct duration effect Einstein's equation essential evidence example existence experience fact follows formula function fundamental future given hence hypothesis idea increase independent infinite instant interval involved later less light London mathematical matter means measure mechanism memory mind Moreover motion moving nature Nevertheless objects observer obtained occur organisms origin particles particular past perception period philosophers physical position possible precedes present Press principle problem processes reference regarded relation relative respect result reversal rhythms scale sense sequence signal similar simultaneous space spatial Special Relativity speed succession suggested temperature temporal theory thought tion uniform universe whereas whole