•Activations of neural nuclear spin states through strong
interactions with unpaired
electrons of rapidly diffusing O2, NO etc.
•
•Entanglement of various
neural nuclear spin states through intra- and intermolecular spin-spin interactions.
•
•Decoherence, and
survivals of the “fittest” entangled spin states in decoherence-free subspaces or through Zeno
Effects.
•
•Collapse of fittest
entangled spin states through spacetime dynamics driven by self-referential spin processes.