Photons and evolution: quantum mechanical processes modulate sexual differentiation

Area of Science:

• Physics
• Biology
• Quantum Mechanics

Background:

• The fine structure constant (FSC) is a fundamental constant in quantum mechanics.
• The human gender ratio (GR) at death varies based on birth year relative to solar cycles.
• Previous research showed a link between light absorption in graphene and the FSC.

Purpose of the Study:

• To investigate the relationship between the human gender ratio at death and solar cycle variations.
• To explore the potential connection between this demographic data and the fine structure constant.
• To propose a quantum-mechanical basis for early life evolution driven by solar energy.

Main Methods:

• Analysis of demographic data (birth date, death date, gender) from approximately 50 million cases.
• Calculation of the fractional difference in GR at death between solar cycle peak and non-peak years.
• Comparison of this demographic finding with established physical constants and experimental results.

Main Results:

• A fractional difference of 0.023 was found in the human GR at death between solar cycle peak and non-peak birth years.
• Dividing this difference by Pi yielded a value approximating the fine structure constant (alpha ≈ 1/137).
• This demographic finding mirrors a previously observed physical phenomenon in graphene light absorption.

Conclusions:

• The fine structure constant appears to be linked to the human gender ratio, suggesting quantum mechanical influences on biological processes.
• Solar energy, particularly high-energy photons, likely played a crucial role in the quantum-driven chemical evolution of early life.
• Evolutionary mechanisms, including natural selection, mitosis, and meiosis, may be rooted in these primordial quantum processes modulated by solar activity.