Theoretical Neuroscience

© Neuroscience-Net
Volume 2, Article #10011
Received September 20, 1996
Accepted for Publication December 09, 1996
Published January 03, 1997

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THE PROSPECTS FOR A QUANTUM NEUROBIOLOGY

Joseph D. Miller Ph.D
Department of Pharmacology
Texas Tech University Health Sciences Center
Lubbock, TX 79430

Key Words:quantum mechanics, wave function, prefrontal cortex, calcium/calmodulin-dependent protein kinase (CaM Kinase), consciousness, schizophrenia, epilepsy, calcium-activated calcium release, multiple personality disorder


ABSTRACT
(Neuroscience-Net, Volume 2, Article #10011; January 03, 1997)

Neurobiological investigations are rapidly approaching, or perhaps have even reached, the size scale at which quantum phenomena may be observable. One such phenomenon is the collapse of the quantum wave function, which one school of physics has long thought to be a brain process. In this commentary, possible neural mechanisms of wave function collapse and their relation to human conscious experience are considered, as well as their potential involvement in neuropathologies that may be quantum mechanical in nature. Other interpretations of quantum mechanics and their relevance to neuroscience are also discussed.

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