International Clinical and Medical Case Reports Journal (ISSN: 2832-5788) | Volume 2, Issue 15 | Research Article | Open Access
Jorge Barragán*
Jorge Barragán* and Sebastián Sánchez
Department of Histology, UGR, Argentina
*Correspondence to: Jorge Barragán
Fulltext PDFThe evolution of the relationship between basal metabolic rate and body weight in humans can be represented as a hologram. Previous studies by the authors verify the validity of said representation and analyze its meaning. A logical equivalence then arises between complex biological systems and non-inertial systems studied by mechanics. Self-organization leads to the development of complex systems consisting of systems subsumed into systems, and this affects their thermodynamic characteristics: the energy dissipated per unit mass declines, while the total dissipation increases. If we integrate this representation with the description of these organisms as coupled oscillator systems, a precise statistical measure of the geometric phase change that occurs in them at the end of their growth is obtained. This implies the development of a curvature in the space in which the values of the variables of these systems are defined and the possible vectorial description of the same as an energy-information tensor.
Hologram; Complexity; Non-Inertial Systems; Equivalence; Biological Oscillations; Energy-Information Tensor
Jorge Barragán and Sebastián Sánchez. Biological Aging: A General Theory. Int Clinc Med Case Rep Jour. 2023;2 (15):1-11.