Dmytro Taran

A Biophysical Continuum Model of High-Frequency Efferent Neuromotor Drive, Olivo-Cerebellar Phase Synchronization, and Electromechanical Resonance in Peak-Performance N = 1 Biomechanics

This repository contains a theoretical and experimental biophysical proposal introducing a structured framework to investigate an unusual neuromotor phenotype observed in a longitudinal N=1 case study of a 63-year-old male. The subject exhibits a persistent retention of explosive...

BIOELECTRODYNAMIC MODEL OF THE HUMAN FIRMWARE: A CLOSED-LOOP ANALYSIS OF THE ADAPTIVE HACK OF CONTROL IN THE HUMAN ORGANISM

This work presents an integrated biocybernetic approach combining spatial synchronization of neuronal ensembles with ultra-short control cycles in the kilohertz range. The model describes a closed-loop circuit in which high-frequency neural drive (HFND) in the 400–1000 Hz spectru...