Reflection on Relativity of Space-Time-Symmetry

The advances in modern science confirm the widely accepted assumption that space-time symmetry and relativity (STSR) are the common fundamental attributes (forms of existence) of elementary particles, galaxies, and biological objects. Our consideration focuses on the impact of universal space-time handedness (time arrow, chirality, or mirror reflection asymmetry) and chirality transfer observed within the physical and biological matter. Symmetry perturbations are about how space and time are related. The integrity of the universe, meaning that every part of Nature exists only in relation to the rest of the world, refers to the most generalized form of relativity principle (RP). The first reflections of RP in human intellect captured by Galileo Galilei were not explicitly associated with the notion of symmetry. A modern interpretation of RP links space-time symmetry and relativity with quantum physics and biology. The limitations of intuitive understanding of the external world are gradually conquered by advances in the language of space-time geometry and the integration of human and artificial intelligence (AI).