I’ve been analyzing an unconventional project on GitHub (alife-pilot by Maurice Dubosson) that simulates the emergence of life through a unique physical lens: the correlation between CP Violation (Charge-Parity) and an Eternal Scalar Field.
Unlike traditional ALife simulations based on stochastic Darwinian rules, this 'pilot' suggests that life’s emergence isn't a statistical accident but a deterministic physical necessity driven by subatomic asymmetry.
Key points for discussion:
Symmetry Breaking: The simulation uses CP violation to implement a 'digital arrow of time' and chiral preference. Is it theoretically sound to claim that the homochirality of life (L-amino acids) could be a direct computational scaling of particle-level asymmetry?
Scalar Field Resonance: The author defines 'favorable' (good) states as configurations that achieve phase-coherence with a background scalar field. Could this provide a rigorous thermodynamic definition of 'biological order' vs. 'thermal noise'?
Information Physics: If the laws of physics are inherently biased toward complexity via these fields, does this render the 'pre-biotic soup' theory secondary to a more fundamental 'field-resonance' theory?
I am curious to hear from physicists and theoretical biologists: Is this bridge between high-energy physics and emergence a viable path for the next generation of ALife models, or is the scale gap too wide to bridge?
Looking forward to your technical insights."