Meditation may help test a symmetry-based model of brain coherence
Researchers propose a framework that uses ideas from superconductivity and SU(3) symmetry to describe how the brain balances coherent activity with dissipation. They suggest meditation could serve as a practical setting for examining how neural processes relate to conscious experience. The team says the proposed mathematical structure could be searched for in future neural recordings.
The paper, published in Entropy, proposes a coherence–dissipation framework for brain dynamics and consciousness. It borrows a two-fluid analogy from superconductivity: ordinary dissipative neural processing alongside a proposed coherent contribution. The authors suggest their relative influence may shift with brain state, including during meditation.
The team also connects quantum vacuum ideas and SU(3) symmetry to collective order. Co-author Mikheenko has reported superconductivity-like electrical and magnetic signatures in brain tissue and microtubules, while Laukkonen has studied advanced meditation states in which ordinary mental content fades or experience seems to cease. The framework is offered for future neural recordings.
This framework may mainly affect neuroscientists, consciousness researchers, and meditation scholars by suggesting new measurements and hypotheses. If testable signatures emerge, clinicians and meditation practitioners could see altered interpretations of contemplative states, while public interest in brain coherence may grow. Any societal effect would likely depend on replication and whether neural recordings support the model, so near-term impact may remain scientific rather than practical.