Results 191 to 200 of about 2,166,111 (241)
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1966
It is not, I believe, too much to say that all the vital problems of philosophy depend for their solution on the solution of the problem what Space and Time1 are and more particularly how they are related to each other. We are to treat it empirically, describing Space and Time and analysing them and considering their connection, if any, as we do with ...
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It is not, I believe, too much to say that all the vital problems of philosophy depend for their solution on the solution of the problem what Space and Time1 are and more particularly how they are related to each other. We are to treat it empirically, describing Space and Time and analysing them and considering their connection, if any, as we do with ...
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The Physics Teacher, 1963
Some of the unanswered questions regarding space and the parts of the solar system near the earth are discussed.
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Some of the unanswered questions regarding space and the parts of the solar system near the earth are discussed.
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Physics Education, 1967
The purpose of this paper is to show how physics education can be both simplified and strengthened through the use of the powerful method called the state space approach. This physical approach, which is based on the mathematical methods of vector spaces, is an elegant and compact way of formulating and solving physical and mathematical problems ...
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The purpose of this paper is to show how physics education can be both simplified and strengthened through the use of the powerful method called the state space approach. This physical approach, which is based on the mathematical methods of vector spaces, is an elegant and compact way of formulating and solving physical and mathematical problems ...
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New horizons for fundamental physics with LISA
Living Reviews in Relativity, 2022K g Arun +2 more
exaly
2011
The Wheeler–DeWitt equation Wheeler–DeWitt!equation or the difference equation difference equation of loop quantum cosmology present a constraint constraint that states have to satisfy, analogous to the Friedmann equation which is a constraint in canonical relativity. Zero eigenvalues of the constraint operator are thus to be found.
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The Wheeler–DeWitt equation Wheeler–DeWitt!equation or the difference equation difference equation of loop quantum cosmology present a constraint constraint that states have to satisfy, analogous to the Friedmann equation which is a constraint in canonical relativity. Zero eigenvalues of the constraint operator are thus to be found.
openaire +1 more source