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statistical mechanics I mean we sort of
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statistical mechanics I mean we sort of
know how to average over microscopic
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know how to average over microscopic
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know how to average over microscopic
degrees of freedom and that's what
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degrees of freedom and that's what
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degrees of freedom and that's what
statistical mechanics tells us and in
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statistical mechanics tells us and in
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statistical mechanics tells us and in
some cases that will be more
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some cases that will be more
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some cases that will be more
advantageous so you build some
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advantageous so you build some
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advantageous so you build some
approximate model for the degrees of
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approximate model for the degrees of
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approximate model for the degrees of
freedom
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freedom
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freedom
uh you try to get the energetics for
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uh you try to get the energetics for
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uh you try to get the energetics for
those degrees of freedom and then rather
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those degrees of freedom and then rather
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those degrees of freedom and then rather
than simulating you sort of do some more
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than simulating you sort of do some more
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than simulating you sort of do some more
analytical or numerical integration of
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analytical or numerical integration of
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analytical or numerical integration of
them and get say temperature dependent
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them and get say temperature dependent