Kochen–Specker theorem: Difference between revisions

Latest revision as of 17:46, 6 August 2014

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-{{About|correspondence rules in quantum physics|their role in [[philosophy of science]]|Carnap-Ramsey sentences}}
+I am Oscar and I totally dig that name. Puerto Rico is exactly where he and his spouse live. My day job is a librarian. To collect cash is what her family and her enjoy.<br><br>Here is my weblog :: [http://facehack.ir/index.php?do=/blog/20/what-you-have-to-do-facing-candida/ facehack.ir]
-{{Unreferenced|auto=yes|date=December 2009}}
-{{Expert-subject|physics|date=November 2008}}
-In [[quantum mechanics]], '''correspondence rules''' refers to the principle of replacing physical quantities with [[Operator (mathematics)|operators]].
-Such replacements include energy and momentum, which can be derived informally from taking the time and space derivities of the [[plane wave]] function. These show a similarity to the [[heisenberg uncertainty principle]].
-Examples of correspondence rules
-{|class="wikitable"
-! quantity !! operator !! See equation
-|-
-| [[Energy]] ([[Hamiltonian (quantum mechanics)|Hamiltonian]]) || <math>
-i \hbar \frac{\partial}{\partial t}
-</math> || Sc
-|-
-| [[Momentum]] || <math>
--i \hbar \nabla
-</math> || [[Continuity equation]]
-|}
-==See also==
-{{Portal|Physics}}
-* [[Physics]]
-{{DEFAULTSORT:Correspondence Rules}}
-[[Category:Quantum mechanics]]
-[[Category:Rules]]
-{{Quantum-stub}}

Kochen–Specker theorem: Difference between revisions

Latest revision as of 17:46, 6 August 2014

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