超越标准模型的物理学解释猜想：广义互补
An interpretive conjecture for physics beyond the standard models: generalized complementarity
摘要：
我们的解释性猜想的灵感来自于费迪南德·贡塞特（Ferdinand Gonseth，1890-1975）的认识论，他将互补性解释为深刻现实视界和明显现实视界之间的关系。一方面，它将量子理论的范围扩大到最深刻的现实视界，即引力的三重量子理论，它将能够同时考虑普朗克常数、普朗克时空面积和玻耳兹曼常量作为基本量子，另一方面，在广义互补的解释下，三个双量子图式按对考虑，这三个基本量子构成了表观实在视界。
英文摘要：
Our interpretive conjecture is inspired by the epistemology due to Ferdinand Gonseth (1890-1975) who interpreted complementarity as the relationship between profound and apparent reality horizons. It consists, on the one hand, on enlarging the scope of quantum theory to the most profound reality horizon, namely a triply quantum theory of gravitation that would be able to take into account simultaneously as elementary quanta the Planck's constant, the Planck's space-time area and the Boltzmann constant, and, on the other hand, on interpreting in terms of generalized complementarity three doubly quantum schemata taking into account by pairs, these three elementary quanta and form the apparent reality horizon.
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