Fractal Biology — Evolution from Molecular to Cognitive, and Psychological Dimensions DOI Open Access

Victor V. Dyakin

Qeios, Journal Year: 2024, Volume and Issue: 6(9)

Published: Sept. 16, 2024

Biological and artificial intelligence (BI AI) share the fundamental principles of space-time information processing based on symmetry transformation. Therefore, cognitive-science-inspired AI represents a promising area exploration. A convincing example are fractal structure human languages protein assembly. processes’ temporal spatial plasticity links them to basic laws physics. Continuous advances in physical theories allow understanding all aspects (STS) natively intertwined with principle relativity causality. Spatial represented by three sub-domains such as chirality, fractality, topology, widely studied biology. The role chirality biology has been analyzed several recent reviews. However, fractals topological states biological structures is relatively new fast-developing branch science. Here, we trace publications exploring hierarchical organization, including at molecular, cellular, morphological, physiological, perceptual, cognitive, psychological levels. coverage above-listed areas current studies sharply unequal unsystematic. broad view fractality opens unique opportunity discriminate between healthy state wide range disease conditions. Psychiatric, neurological, immune disorders associated aberrant molecular assembly morphological changes neural circuits, suggesting that chain chirality/fractality transfer through levels physiological organization deserves persistent attention.

Language: Английский

The effect of toluene exposure on the fine structure of motor cortex pyramidal neurons in different aged rats: an electron microscopy study DOI

Tamar Bikashvili,

L. Gelazonia,

M Mikadze

et al.

Micron, Journal Year: 2025, Volume and Issue: 195, P. 103833 - 103833

Published: April 15, 2025

Language: Английский

Citations

0
Reflection on Relativity of Space-Time-Symmetry DOI

Victor V. Dyakin-Sosnovsky

Published: May 19, 2025

The integrity of the Universe thesis reflects most generalized form relativity principle (RP), meaning that every part Nature exists only in relation to rest world. Thus, a coherent understanding world should be reflected congruence ideas. statements above agree with biological no human body is unrelated coherence organism's function. advances modern science confirm widely accepted assumption space-time symmetry and (STSR) are common fundamental attributes (forms existence) elementary particles, galaxies, objects. Symmetry movement, dimension, scale-dependent, i.e., not an absolute entity. convincing example differential behavior time (symmetry/asymmetry) microscopic macroscopic range space domain, pointing arrow effects relativity. Our consideration focuses on impact universal topology, curvature handedness (time arrow, chirality, or mirror reflection asymmetry) observed within physical matter. Galileo Galilei was first among scientists capture phenomenon However, his intuition did explicitly associate notion RP. Generalized interpretation RP links quantum physics biology. limitations sensory perception intuitive external gradually conquered by language geometry integration artificial intelligence (AI).

Language: Английский

Citations

0
Time Evolution of the Symmetry of Alphabet Symbols and Its Quantification: Study in the Archeology of Symmetry DOI Open Access

Artem Gilevich,

Mark Frenkel, Shraga Shoval

et al.

Symmetry, Journal Year: 2024, Volume and Issue: 16(4), P. 465 - 465

Published: April 11, 2024

We investigated the time evolution of symmetry symbols constituting alphabets rooted in Phoenician script. A diversity quantitative measures graphemes appearing Phoenician, Western Greek, Etruscan from Marsiliana, Archaic Etruscan, Neo-Etruscan, Euclidian and Classical Latin Proto-Hebrew scripts, script family, were calculated. The same established for Hebrew/Ashurit English scripts. Shannon-like computed. Shannon index was Our findings indicate that increased with a monotonic way studied groups inherent addressed grows time. also introduced factor alphabet. quantifies averaged level symmetrization alphabet possible parsimony graphical information necessary drawing entire set found is decreased This means average increases writing consequently values calculated scripts are close to one another, pronounced exception study supplies arguments point view, according which modern did not emerge one.

Language: Английский

Citations

1
Fractal Biology — Evolution from Molecular to Cognitive, and Psychological Dimensions DOI

Victor V. Dyakin

Published: July 18, 2024

Biological and artificial intelligence (BI AI) share the fundamental principles of space-time information processing based on symmetry transformation. Therefore, cognitive-science-inspired AI represents a promising area exploration. A convincing example are fractal structure human languages protein assembly. processes’ temporal spatial plasticity links them to basic laws physics. Continuous advances in physical theories allow understanding all aspects (STS) natively intertwined with principle relativity causality. Spatial represented by three sub-domains such as chirality, fractality, topology, widely studied biology. The role chirality biology has been analyzed several recent reviews. However, fractals topological states biological structures is relatively new fast-developing branch science. Here, we trace publications exploring hierarchical organization, including at molecular, cellular, morphological, physiological, perceptual, cognitive, psychological levels. coverage above-listed areas current studies sharply unequal unsystematic. broad view fractality opens unique opportunity discriminate between healthy state wide range disease conditions. Psychiatric, neurological, immune disorders associated aberrant molecular assembly morphological changes neural circuits, suggesting that chain chirality/fractality transfer through levels physiological organization deserves persistent attention.

Language: Английский

Citations

0
Fractal Biology — Evolution from Molecular to Cognitive, and Psychological Dimensions DOI Open Access

Victor V. Dyakin

Qeios, Journal Year: 2024, Volume and Issue: 6(9)

Published: Sept. 16, 2024

Biological and artificial intelligence (BI AI) share the fundamental principles of space-time information processing based on symmetry transformation. Therefore, cognitive-science-inspired AI represents a promising area exploration. A convincing example are fractal structure human languages protein assembly. processes’ temporal spatial plasticity links them to basic laws physics. Continuous advances in physical theories allow understanding all aspects (STS) natively intertwined with principle relativity causality. Spatial represented by three sub-domains such as chirality, fractality, topology, widely studied biology. The role chirality biology has been analyzed several recent reviews. However, fractals topological states biological structures is relatively new fast-developing branch science. Here, we trace publications exploring hierarchical organization, including at molecular, cellular, morphological, physiological, perceptual, cognitive, psychological levels. coverage above-listed areas current studies sharply unequal unsystematic. broad view fractality opens unique opportunity discriminate between healthy state wide range disease conditions. Psychiatric, neurological, immune disorders associated aberrant molecular assembly morphological changes neural circuits, suggesting that chain chirality/fractality transfer through levels physiological organization deserves persistent attention.

Language: Английский

Citations

0