Description
The objective of this course is to introduce the mathematical-physical foundations of the organization of the central nervous system in a way that makes its many intractable aspects intelligible to most neuroscientists, psychiatrists, psychologists or anyone with a neuroscience background. If you are interested in applying precision psychotherapy in clinical settings or fundamental research similar to RDoC, a clear understanding of mathematical physics constructs as applied to the organization and electrophysiological dynamics of the brain is indispensable. This course also empowers psychotherapists with a formal and sound understanding of the innerworkings of Narcoanalysis, aka psychedelic therapy of late.
At the end of this course, you will become proficient in the following:
• Theory of Binary number system and electronic circuit logic.
• Understanding the underlying information processing mechanisms of the nervous system beyond action potentials.
• Theory of brain organization by comparing neural circuits with electronic circuits.
• Applying mathematical Symmetry and Isomorphisms to the interpretation of neural topology.
• Visualizing how the central nervous system’s circuits kinematically implement behavior.
• Representing the reason for somatotopic organization of the central nervous system in mathematical-physics terms.
• Representing the reason of the manifolding geometry of the neocortex in mathematical-physics terms.
• Describing the mathematical metric dimension of the dichotomy between Brain and Mental Body and how they correlate.
• Understanding the inner workings of Narcoanalysis (aka psychedelic therapy) through psychophysics categorical lens.
• Achieve a complete understanding of Narcoanalysis (aka psychedelic therapy), its history, methods and psychodynamics.
Reviews
There are no reviews yet.