Researchquantum entanglementmicrotubulesanesthetics
Scientists Use Anesthesia To Probe Quantum Consciousness
6.0
Scientists are using general anesthetics to probe consciousness, citing key experiments from 2018 and 2024. A 2018 Anesthesiology paper found xenon isotopes with nuclear spin (129 and 131) were less potent, while a 2024 study reported microtubule-stabilizing molecules prolonged rats' consciousness, findings proponents say bolster quantum-entanglement-based consciousness theories.
Key Points
- 1Shows xenon isotopes (129,131) with nuclear spin reduce anesthetic potency in 2018 study
- 2Supports quantum-consciousness claims by linking nuclear spin and anesthetic effect, challenging classical explanations
- 3Implies experiments with anesthetics and microtubules could enable reproducible tests of quantum consciousness hypotheses
Scoring Rationale
Peer-reviewed and repeatable experiments lend credibility, but results remain preliminary and widely contested across disciplines.
Sources
Public references used for this report.
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