This essay examines the premise that life is intrinsically a physical phenomenon, arguing that all biological processes are governed by the same physical laws that govern the universe. Physics, as a central discipline, unveils the interactions between matter, energy, and genetic information in biological systems. Processes such as neurovascular dynamics mapped through photon microscopy and the autonomous regulation of cells exemplify direct physical governance. The investigation also highlights the role of light, as elucidated by Einstein's photoelectric effect, for which he was awarded the Nobel Prize in 1921, emphasizing how light fundamentally influences biological processes at the molecular level. The essay concludes that understanding the complexity of life and its sustainability is inseparable from recognizing the fundamental physical laws that shape it.
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Orquiza et al. (2024) studied this question.
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