Ch20 - APPENDIX TO THE PREVIOUS CHAPTER: BACTERIOLOGICAL REPRODUCTION
Channel: Audio Unabated
Date: 2024-02-21

- Microbial systems concentrate intrinsic gravitational energies periodically in cyclical waves.

- At the peak, incompatibilities between nested spacetime geometries induce an inner repulsion. 

- This dynamically splits the system into two near-identical copies(scissiparity), like cell division. 

- Each inherits similar form due to acquired environmental adaptations.

- So apparent replication manifests the geometro-dynamics reaching momentary self-organized criticalities.

- Only the most dynamically intensified systems at wave peaks reproduce this way. 

- Less evolved systems do not "yet" gravitationally condense sufficient enough intrinsic instabilities for the geometro-dynamic splitting to take place.

In essence, Garcia de la Concha argues that microbial reproduction results from cascading intrinsic spacetime geometrodynamic fluxes, rather than genetic, chemical or other external directing causes as in modern cell theory.