Quantum consciousness theories often overlook the fundamental roles of neurotransmitters and electrical signals in brain function, which are pivotal for understanding consciousness.
While microtubules are linked to anesthesia, they are not central to general brain functions, raising questions on their relevance to consciousness outside of these specific contexts.
Advancements in neuroscience highlight the dominance of chemical and electrical signals over quantum processes, leaving the quantum consciousness hypothesis without concrete evidence to explain its validity.
A complete theory of consciousness must account for the established roles of neurotransmitters and electrical signals before considering quantum processes.
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