Equalization principles in open subsystems, origins of information descriptors and state-continuity relations

Nalewajski Roman F
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Abstract

The electronegativity-equalization at several hypothetical stages of chemical reactions is reexamined and phase-equalization in open substrates is explored. The equivalence of the energy and information reactivity criteria is stressed and local energy concept is shown to determine time-evolutions of wavefunction components. Independent sources of information content in electronic states are identifi ed and the need for resultant entropy-information measures in quantum mechanics, combining information contributions due to the classical (probability) and nonclassical (phase/current) distributions, is reemphasized. Limitations for a simultaneous removal of uncertainties in the position and velocity distributions imposed by the Heisenberg indeterminacy principle, are discussed, continuities of the wavefunction modulus and phase components are examined, the convectional character of the local source of resultant gradient information is stressed, and a latent (“horizontal”) probability currents in the stationary quantum states are discussed.
开放子系统的均衡原理,信息描述符的起源和状态连续性关系
在几个假设的化学反应阶段的电负性平衡被重新检查和相平衡在开放底物被探索。强调了能量和信息反应性准则的等效性,并提出了局部能量概念来确定波函数分量的时间演化。确定了电子状态中信息内容的独立来源,并再次强调了量子力学中结合经典(概率)和非经典(相位/电流)分布的信息贡献的熵-信息测量的需要。讨论了同时去除海森堡测不准原理施加的位置和速度分布中的不确定性的局限性,检查了波函数模量和相位分量的连续性,强调了合成梯度信息的局部源的对流特性,并讨论了静止量子态中的潜在(“水平”)概率电流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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