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Planck's constant and necessarily time-extended phenomena

机译:普朗克不断且必要的时间扩展现象

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This paper is an attempt to make a wholly new interpretation of the uncertainty principle in quantum mechanics. It is conjectured that where there is supposed to be uncertainty of energy, there is instead a specific form of energy-non-classical energy-which is necessarily extended in time. The conjecture gives rise to a realist interpretation of quantum mechanics which does not rest on any really new mathematical theorem. Instead, the reinterpretation is based on an insight belonging to the philosophy of science. It says that dimensional identities may hide spatiotemporal differences. Non-classical energy has exactly the same physical dimension as action and Planck's constant, but it Does nonetheless not correspond to action.
机译:本文试图对量子力学中的不确定性原理进行全新的解释。可以推测,在应该确定能量不确定性的地方,存在一种特定形式的能量-非经典能量-必须随时间延长。该猜想引起了对量子力学的现实主义解释,而这种解释并没有基于任何真正新的数学定理。相反,重新解释是基于属于科学哲学的见解的。它说维度认同可能掩盖了时空差异。非经典能量具有与作用和普朗克常数完全相同的物理尺寸,但是它确实不对应于作用。

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