Quantum Effects Can Shape Human Thought, Physicist Shows

The potential role of quantum physics in the human brain remains a contentious scientific frontier, often dismissed due to the "trivial" reality that all matter possesses quantum properties. While famous theories like the Penrose-Hameroff Orch-OR model link consciousness to microtubule wave function collapse, most physicists remain skeptical of such exotic mechanisms. However, a new proposal from a physicist in Istanbul suggests that fleeting quantum effects, such as entanglement, can leave lasting physical imprints on neural activity without requiring long-term coherence. This research, grounded in quantum thermodynamics, argues that even brief superpositions in hydrogen bonds or phosphate groups could influence neurotransmitter release and decision-making. Although experimental evidence is currently lacking, the author proposes testing neural tissue for these quantum "fingerprints." If validated, this framework would distinguish human cognitive processing from conventional computing, offering a more scientifically grounded path for quantum biology than previous, more speculative theories.