大爆炸与大爆炸：普朗克常数的作用
Mass Boom Versus Big Bang: The Role of Planck's Constant
摘要：
宇宙学的大爆炸工作框架是一种理论建构，其基础是对哈勃观测到的遥远星系的红移的一种可能的解释。几乎所有的科学实验证据都是在大爆炸假说下解释的。结果非常有希望，尽管有一些重要的缺点。我们目前工作的重点是证明宇宙的膨胀，大爆炸的本质，是基于哈勃发现的距离-红移关系的一个明显的解释。相反，我们在这里给出的绝对解释会导致一个恒定大小的宇宙，以及一个缩小的量子世界。这就是普朗克常数的作用：红移-距离关系可以被解释为宇宙膨胀的证据，或者，作为证据，作为一个缩小的量子世界的证据，由于普朗克常数随着宇宙学时间的减少。
英文摘要：
The Big Bang frame of work for cosmology is a theoretical construct based upon one possible interpretation of the Hubble observation of the red shift from distant galaxies. Almost all of the scientific experimental evidence has been interpreted under the Big-Bang hypothesis. And the results have been very promising though with a few important drawbacks. The main point in our present work is to prove that the expansion of the Universe, the essence of the Big-Bang, is based upon an apparent interpretation of the distance-red shift relation found by Hubble. On the contrary, an absolute interpretation as we give here results in a constant size Universe, together with a shrinking quantum world. This is the role of Planck's constant: the red shift-distance relation can be interpreted as evidence of an expanding Universe or, alternatively, as evidence as evidence of a shrinking quantum world due to the decrease of Planck's constant with cosmological time.
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