First set
as
Φ[χ]=exp∫dt1∫dt2χ(t1)D(t1,t2)χ(t2),
and
seek for V[χ].
After that, by varying D so that Φ[χ] tends to
exp{(i/h)S[χ]}, we can know V corresponding to the
solution.
---
Last edited at
2012/04/11/11:07JST
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| Poster | Thread |
|---|---|
| SourceCodeOf_HumanGenome |
Posted:
2012/5/1 14:55 Updated:
2012/5/1 14:59 |
|
Pr0fe$$0r Joined:
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This idea has been developed at the following
article. Forum > Problems in Grammatical Physics > What in the world is an action functional? > To Interpret the Integrand of Feynman's Path Integral as a Solution --- Last edited at 2012/05/01/14:59JST |