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[分子计算机。生物物理学与现实世界物理学]

[Molecular computer. Biological physics and physics of the real world].

作者信息

Liberman E A

出版信息

Biofizika. 1978 Nov-Dec;23(6):1118-21.

PMID:719036
Abstract

Any mind (man or computer) using Physical laws is a part of physical world, and thus it is necessary to correct physical laws for taking into account influence of the work of real limited computer on the predicted result. If we suppose that univerce was constructed to be supreme regular for mind, then this correction is negligible and on principle there is possibility to calculate relation between fundamental physical and biophysical constants. Two main principle are proposed: 1. The principle of minimum action and uncontrole influence of mind. 2. The maximum asymmetry of elementary particles, which are allowed by first principle. The first principle requires the upper and the lower limits for all physical values, and first of all the upper limit for velocity (c) and the lower limit for action (h). The second principle allows to construct the minimal physical elements for mind.

摘要

任何运用物理定律的思维(人类或计算机)都是物理世界的一部分,因此有必要修正物理定律,以考虑实际有限计算机的工作对预测结果的影响。如果我们假设宇宙被构建为对思维来说是高度规则的,那么这种修正可以忽略不计,并且原则上有可能计算基本物理常数和生物物理常数之间的关系。提出了两个主要原则:1. 最小作用量原则和思维的不可控影响。2. 基本粒子的最大不对称性,这是第一个原则所允许的。第一个原则要求所有物理量都有上限和下限,首先是速度上限(c)和作用量下限(h)。第二个原则允许为思维构建最小的物理元素。

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