The Physics Of Cognition & NeuroPhysical Life After Death

The process-or story-of this work began, tracing back to February 2017. After working for about four years on a non-medical health initiative focused on preventing non-communicable diseases (NCDs), the author expanded his efforts to include non-traditional activities aimed at reducing early cognitive decline, including Alzheimer‘s disease.It was at the stage (stage 4), he learned about the individuality-or separation-of each nerve cell (neuron), along with the gaps or spaces between them in the nervous system, which was discovered in 1888 by the Spanish pioneer neuroscientist Santiago Ramón y Cajal. At the same time, the author observed a striking absence of information in the mainstream scientific literature regarding any cognitive activity of neurotransmitters within these spaces after their release from the presynaptic neuron. Beyond the well-known processes-such as enzymatic degradation, reuptake by the presynaptic or glial neurons, and diffusion away from the synapse-no cognitive functions were documented.