NEURAL SPIKE TRAIN?
The human brain has this formidable ability of its basic unit, the neuron, to integrate all information received from thousands of other neurons, via vortex impulses.
Each of them has its own unique shape, unique position in the nervous system, and unique connections to other neurons, receptor or sensory cells, and muscle or gland cells.
Cell bodies vary widely in size and in shape, such as star-like, polyhedral, spherical, conical, pyramidal, etc.
Spindle neurons are very large spindle-shaped cells that gradually taper into a single apical axon in one direction, and only a single dendrite in the other. They are rare (< 1%), and only found in the anterior cingulate cortex (ACC), insular cortex (IC), and dorsolateral prefrontal cortex (DPC).
Chaos theory is the study of behavior of dynamical systems that are highly sensitive to initial conditions. Within this study, action potentials are brief events, during which the electrical membrane potential of a cell follows a known pattern of rising and falling.
An action potential at one node of Ranvier causes inwards currents that depolarize the membrane at the next node, provoking a new action potential (AP) there; AP’s appear to “hop” from node to node:
Field physicists call APs in neurons “modulated potential vortices“, appearing as 2D spikes. A neuron generating a sequence of them is a “spike train“.
Neurons communicate with each other via pulsating ‘pictures’ which are potential vortices expanding from the inside and contracting from the outside. It is 2D, because both the frequency and the length of the underlying magnetic scalar wave can be modulated. This is often called “firing“.
