Anesthetic Action and "Quantum Consciousness": A Match Made in Olive Oil

The proponent reading of the xenon isotope result, in a flagship anesthesiology venue

what the source states

An invited editorial accompanying the Li et al. xenon isotope study argues that spin-½ isotopes being less potent supports quantum involvement in consciousness, noting that spin ½ is optimal for entanglement and suggesting that added nuclear spin could increase entanglement and thereby oppose the anesthetic effect.

what we infer

Filed as context, not support: this is the theory's co-originator interpreting a result in his own favor, in an editorial rather than a research report. Its evidential value is in showing that the proponent side's own reading of the isotope effect is available in a mainstream venue and is specific enough to argue with — including the concession, made on the same side, that nuclear-spin dynamics are slow relative to the timescale of moment-to-moment experience.

limitations

• Editorial, not primary research; no new data.
• Author is the theory's co-originator — an interested reading by construction.