Of Graham R. Fleming & Vlatko Vedral et al. -Nature Physics
Contemporary quantum biology experimentally documents that macroscopic and temperate biological systems use non-trivial quantum mechanical phenomena—such as long-range quantum coherence, particle entanglement, and tunneling—to execute fundamental physiological processes. Ultrafast spectroscopic measurements confirm that light-harvesting complexes in photosynthesis and geomagnetically oriented cryptochrome receptors in migratory birds operate in coherent quantum superposition regimes at room temperature. These findings refute the long-standing mechanistic assumption that the cellular environment is too chaotic a thermal medium to sustain ordered quantum states, revealing that biology is finely calibrated at the molecular level to exploit quantum indeterminism and non-locality.
Editorial rereading
For more than a century, secular scientific orthodoxy held with stubborn arrogance that quantum mechanics and its perplexing phenomena of nonlocality, entanglement, and superposition were strictly inapplicable to the biological realm. It was stated with nineteenth-century arrogance that living cells, because they are warm, humid structures and subject to thermal agitation, were nothing more than chemical broths dominated by classical Newtonian physics and random collisions. This dogmatic wall, erected to preserve a purely mechanistic and materialist anthropological model, has collapsed resoundingly in the face of the incontrovertible findings of modern quantum biology.
The empirical demonstration that photosynthesis operates with an energy harvesting efficiency close to one hundred percent thanks to the fact that electronic excitations simultaneously explore all possible trajectories in quantum superposition, constitutes a higher order cosmological revelation. Living nature is not a clumsy mechanism fighting entropy in the dark; It is a hyper-sophisticated design capable of sustaining states of macroscopic coherence that our best physics laboratories can barely reproduce under extreme cryogenic conditions. The very fact that a migratory bird orients itself on the globe through pairs of quantumly entangled radicals in the ocular retina demonstrates that life was projected from its origin to interact with the deepest and most mysterious layers of cosmic architecture.
For our editorial line, inspired by the perennial lucidity of classical Aristotelian-Thomistic realism, these discoveries confirm that matter is not reduced to inert mass in collision, but is sustained and informed by a transcendent mathematical rationality. Cellular life is revealed as a sanctuary where the fundamental properties of the immaterial universe cooperate harmoniously with the physiological order. When biology abandons the reductionist prejudice and looks at the quantum coherence of living beings, it rediscovers the luminous imprint of the Creator in the most intimate fold of the organic tissue.
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