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{{Infobox paper
{{Infobox paper
| title = Reinterpreting Planck\'s constant
| title = Reinterpreting Planck's constant
| author = [[Daniel H Deutsch]]
| author = [[Daniel H Deutsch]]
| keywords = [[Plank's constant]], [[angular momentum]], [[low energy quantum physics]]
| keywords = [[Plank's constant]], [[angular momentum]], [[low energy quantum physics]]
| published = 1990
| published = 1990
| journal = [[Galilean Electrodynamics]]
| journal = [[Galilean Electrodynamics]]
| volume = [[1]]
| volume = 1
| number = [[6]]
| number = 6
| pages = 76-80
| pages = 76-80
}}
}}
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==Abstract==
==Abstract==


Plank's constant <em>h (</em>or better <em>h/2[]) </em>is reinterpreted as a quantum of angular momentum instead of a quantum of action. The photon with its quantum of angular momentum [] is shown to be the mediator of low energy quantum physics. Action is identified as angular momentum and the principle of least action is construed to be the conservation of angular momentum.*[[Category:Scientific Paper]]
Plank's constant <em>h (</em>or better <em>h/2[]) </em>is reinterpreted as a quantum of angular momentum instead of a quantum of action. The photon with its quantum of angular momentum [] is shown to be the mediator of low energy quantum physics. Action is identified as angular momentum and the principle of least action is construed to be the conservation of angular momentum.*


[[Category:New Energy]]
[[Category:Scientific Paper|reinterpreting planck 's constant]]
 
[[Category:New Energy|reinterpreting planck 's constant]]
 
[[Category:Quantum Theory]]

Latest revision as of 09:20, 21 July 2026

Scientific Paper
TitleReinterpreting Planck's constant
Author(s)Daniel H Deutsch
KeywordsPlank's constant, angular momentum, low energy quantum physics
Published1990
JournalGalilean Electrodynamics
Volume1
Number6
Pages76-80

Abstract

Plank's constant h (or better h/2[]) is reinterpreted as a quantum of angular momentum instead of a quantum of action. The photon with its quantum of angular momentum [] is shown to be the mediator of low energy quantum physics. Action is identified as angular momentum and the principle of least action is construed to be the conservation of angular momentum.*