Kohl’s miRNA model vs the VA & Grok (2)

By: Jim Kohl | Published on: June 6, 2026

Grok The z=7.04 lensed black hole provides a direct dynamical mass measurement (~5×10^7 solar masses) from JWST spectroscopy and gravitational lensing, ~700 million years after the Big Bang. This is empirical data fitting standard cosmology’s ~13.8-billion-year timeline; it requires no special claim about energy “emerging from the void.” That timeline supplies the deep time for biological evolution on Earth. The 2012 exome studies show recent human population expansion producing rare variants—superimposed on far older evolutionary history confirmed by fossils, radiometric dating, and comparative genomics. Model organisms supply direct experimental tests: Lenski’s long-term E. coli evolution tracks mutation, selection, and adaptation in real time; Drosophila and C. elegans studies experimentally map miRNA regulation of development and show patterns conserved across species exactly as predicted by phylogenetic trees. These processes are energy-dependent at the molecular level (standard biophysics) and fully compatible with the extended evolutionary framework.

Conserved molecular mechanisms link energy-dependent changes in molecular distance from the God of Abraham’s Creation of stellar energy in black holes to plant growth via biophysically constrained viral latency exemplified by the the density of cellulose in walnut bowls compared to translucent box elder wooden bowls.


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