Abstract Details

Name: STANLEY RAJ
Affiliation: LOYOLA COLLEGE
Conference ID: ASI2021_298
Title : A Scientific outlook on special theory of relativity and biological aging process
Authors and Co-Authors : A. STANLEY RAJ,(Assistant Professor, Department of Physics, Loyola College, Chennai), A. Danial (Department of Physics, Sri Sankara arts and science college, Enathur, Kancheepuram)
Abstract Type :
Abstract Category : General Relativity and Cosmology
Abstract : Gravitational biology is the field which deals with how gravity affects the biological system. The connection between biological age and chronological age depends on the theoretical and mathematical perspectives. The model which defines the biological aging is meant for biological rhythms and periodic biological processes. Scientific report says that there are six different types of biological age markers like epigenetic clock, telomere length etc. Biological clocks are modelled as periodic or oscillating functions describing circadian rhythms. In complex cases multiple integrated biological clocks are modelled with coupled oscillator and dynamical system theory. The dilation or contraction in aging process in terms of time is completely vague as there is no direct equation connecting both. Cells, tissues and molecular changes in a physical space moving in a common frame of reference. The conceptual picture of this framework can be mapped in space-time manifolds or topological space which cannot be directly linked with the biological processes. This complexity can be resolved through theory of relativity which is the key factor to characterize the biological space-time. Special theory of relativity in biological aging is discussed in this research work. In specific, two frames of references are considered in nonlinear biological age processes are discussed.