ОТ АВТОРА
На данном сайте представлены некоторые работы автора, послужившие основой программы построения биокосмологии, как синтез достижений современной космологии с началами теоретической биологии, построенной на ее новых базовых понятиях («движение», «материальная точка», «пространство»). «Инструментальной» основой данной программы служит фундаментальная физико-математическая наука, в недрах которой долгое время «вызревала» идея мнимых полей, антиподных вещественным (материальным) физическим полям. По мнению автора, эти мнимые поля приобретают реальное существование в живых системах, как основа (причина) их возникновения и направленной эволюции. Точка зрения автора подтверждается пока что только математическими моделями, в надежде на экспериментальную проверку в будущем.
Сайт ориентирован на биологов, космологов, физиков и математиков, заинтересованных в решении множества проблем, стоящих перед современной наукой. Желающие могут представить на сайт свои статьи в рамках предложенной программы. Особо будут приветствоваться работы по следующим вопросам:
1) возможноссть описания мнимых скалярных полей группой симметрии Е8хЕ8,
2) связь фрактальной функции Вейерштрасса с его эллиптической Пе-функцией,
3) возможность экспериментального обнаружения мнимого скалярного поля в живой материи,
4) информационное содержание мнимого скалярного поля,
5) нефизическая сущность «темной материи».
Euadrd F. Kazantsev,
Professor of Applied Mathematics
This website presents some works by the author that serve as the foundation for the development of biocosmology, a synthesis of modern cosmology achievements with the principles of theoretical biology based on its new fundamental concepts such as "motion," "material point," and "space." The "instrumental" basis of this program is rooted in the fundamental physical-mathematical science, within which the idea of imaginary fields, opposite to real (material) physical fields, has been maturing for a long time. According to the author, these imaginary fields acquire real existence in living systems, serving as the basis (cause) for their emergence and directed evolution. The author's viewpoint is currently supported only by mathematical models, with hopes for future experimental validation.
The website is oriented towards biologists, cosmologists, physicists, and mathematicians interested in addressing numerous challenges faced by modern science. Individuals who wish to contribute can submit their articles within the framework of the proposed program. Particularly welcome are works addressing the following questions:
The possibility of describing imaginary scalar fields through the symmetry group E8×E8.
The connection between the fractal Weierstrass function and its elliptic Pe function.
The potential experimental detection of imaginary scalar fields in living matter.
The informational content of imaginary scalar fields.
The non-physical essence of "dark matter."
THE BIOCOSMOLOGY
Readership: Biologists, cosmologists, physicists and mathematicians, interested in solving many problems facing modern science.
Summary: The program for the formation of the science of the future, biocosmology, is presented as a synthesis of the achievements of modern cosmology with the beginnings of theoretical biology based on its new basic concepts ("movement", "material point", "space." The "fundamental" Physical and Mathematical science, in the depths of which for a long time the idea of imaginary fields, antipodal to material (physical) physical fields, "ripened." In the author's opinion, these imaginary fields acquire a real existence in a living As the basis of their origin and directed evolution.The author's viewpoint is confirmed by only mathematical models so far, in the hope of an experimental verification in the future.
Contents: Problems of modern cosmology, complex numbers, scalar field (vacuum), new basic concepts of biology, hypotheses, model of stationary (local) universe, mathematical applications.
The author: Eduard Kazantsev, Doctor of Physical and Mathematical Sciences, Professor of Applied Mathematics. He is the author of more than 80 scientific papers on physics, biophysics, genetics, ecology and cosmology. E.F. Kazantsev for a long time worked in the Academy of Sciences and gave lectures to students of a number of Russian universities.