对标准模型之外的微观宇宙和宏观宇宙领域的假设性考察
A Hypothetical Investigation into the Realm of the Microscopic and Macroscopic Universes Beyond the Standard Model
摘要：
为了将微观世界与宏观世界结合起来，我们简要地研究了一种力，它取决于普朗克力和耦合常数，而耦合常数又取决于粒子在特定方向上的大小（空间维度）。然后我们将这种力应用于黑体辐射，从中我们推导出霍金辐射，斯蒂芬辐射定律与这一层次的物理学理论是一致的。总之，世界确实存在于宏观和微观两种情况下，即，空间维度的值越高，我们所研究的粒子的尺寸越小，空间维度的值越小，粒子的尺寸越大。
英文摘要：
In an attempt to merge the microscopic with the macroscopic worlds, we present a brief study about a force which depends on the Planck force and on the coupling constant that in turn depends on the size of a particle in a particular direction (space dimension).We then apply this force to black body radiations from which we deduce Hawking Radiations, Stefan radiation law and the level at which the profound theories of physics are consistent. In conclusion, it true that the world exists in both macro and microscopic situations, in away that, the higher the value of the space dimension the smaller the size of the particles we are studying and the smaller the value of the space dimension the larger the size of the particle.
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