Closed Motion of a Biological Time Vector Field and the Cellular Theory of a Plant Organism

Article ID

0R5WA

High-resolution scientific study of plant organism and biological time vectors.

Closed Motion of a Biological Time Vector Field and the Cellular Theory of a Plant Organism

Naumov Mikhail Makarovich
Naumov Mikhail Makarovich Odessa State Ecological University,
DOI

Abstract

In this work, we continue to explore the time inside the plant organism. The beginning of the study of time inside the plant organism is given in [1]. It is shown that inside the plant organism biological time has the character of a vector time field. A dynamic system of two differential equations is constructed, corresponding to this field and corresponding to the whole plant organism (for sunflower). It is shown that such a vector time field divides the plant organism into cellular and subcellular structures. Such a time field has been studied and verified on the basis of data from agrometeorological yearbooks. The calculations of the time axis are made and the phase portrait of the field is obtained.

Closed Motion of a Biological Time Vector Field and the Cellular Theory of a Plant Organism

In this work, we continue to explore the time inside the plant organism. The beginning of the study of time inside the plant organism is given in [1]. It is shown that inside the plant organism biological time has the character of a vector time field. A dynamic system of two differential equations is constructed, corresponding to this field and corresponding to the whole plant organism (for sunflower). It is shown that such a vector time field divides the plant organism into cellular and subcellular structures. Such a time field has been studied and verified on the basis of data from agrometeorological yearbooks. The calculations of the time axis are made and the phase portrait of the field is obtained.

Naumov Mikhail Makarovich
Naumov Mikhail Makarovich Odessa State Ecological University,

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Naumov Mikhail Makarovich. 2026. “. Global Journal of Science Frontier Research – C: Biological Science GJSFR-C Volume 22 (GJSFR Volume 22 Issue C3): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

Issue Cover
GJSFR Volume 22 Issue C3
Pg. 19- 32
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GJSFR-C Classification: FOR Code: 069999
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Closed Motion of a Biological Time Vector Field and the Cellular Theory of a Plant Organism

Naumov Mikhail Makarovich
Naumov Mikhail Makarovich Odessa State Ecological University,

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