Institute of Information Transmission Problems, Russian Academy of Sciences, Moscow, Russia.
Biosystems. 2022 Jun;215-216:104647. doi: 10.1016/j.biosystems.2022.104647. Epub 2022 Feb 19.
In this autobiographical essay, Efim Liberman (1925-2011) looks back at his life summarizing his lifetime experience and drawing conclusions about the role of science and its future development and unification, with the ultimate goal to unite our understanding of nature and harmonize life. A new field of science suggested by Liberman and named Chaimatics combines biology, physics and mathematics. The main idea of Chaimatics is simple: not only measurement, but also calculation is a real physical operation and cannot be done for free-energy and time must be spent on calculation. Quantum physics arose on the basis of discovering the existence of the minimum action-Planck's constant. And this factor imposes physical limits on computation and sets the boundaries to the physical world and its observation. Explorations of the structure of the cell and the progress in the development of electronic computers have led us to the understanding of life and its place in the Universe ….
在这篇自传体文章中,Efim Liberman(1925-2011)回顾了自己的一生,总结了他一生的经验,并就科学的作用及其未来的发展和统一得出结论,最终目的是统一我们对自然的理解,协调生活。利伯曼提出并命名为 Chaimatics 的新科学领域结合了生物学、物理学和数学。Chaimatics 的主要思想很简单:不仅测量,而且计算也是一种真实的物理操作,不能用于自由能,计算必须花费时间。量子物理学是在发现最小作用-普朗克常数的存在的基础上产生的。这个因素对计算施加了物理限制,并为物理世界及其观察设定了界限。对细胞结构的探索和电子计算机的发展进步使我们了解了生命及其在宇宙中的位置。