
09/16/2025
Triplet Resonance bands of microtubule in each Neuron.
In laymen’s terms, Each Neuron in your brain contain a network of Tubulin Protein containing a microtubule nanowire outside of an axon that is minuscule.
The Bandyopadhyay research group have directly measured a pair of electric field vortices generated by the actin intermediate filament grid-like network just below the neuronal membrane, which coherently activates all ion-channels in a circular area of the membrane lipid bilayer when an electrical signal propagates.
The findings are a continuation of the Bandyopadhyay research group’s empirical characterization and demonstration of microtubules and associated subcellular filamentary network’s direct role in the scale-free electromagnetic dynamics underlying cognition and perception within the brain.
The scale-free complexity associated with the body in general, and the neuron in particular, means that within each cell there is a veritable macromolecular brain, at least in terms of structural complexity, and perhaps to a certain degree functional complexity as well—an interconnected fractal architecture. This means that the extremely simplistic view of the synapse as a single digital bit is misrepresenting the reality of the situation—such as, if we were to utilize the parlance of the neurocomputational model, each ‘computational unit’ contains a veritable macromolecular brain within it. There is no computer or human technology yet equivalent to this.
This means that our minds are field-like, and operate much more like Rupert Sheldrake’s Morphic Resonance than the conventional neurocomputational model. The field-like operation of the brain couldn’t be more evident than when considering the biophysics of the fractal antennae found at many levels of the neuronal system, from whole brain subregions to individual neurons, down to subcellular neuronal components. Many of these structures are dielectric resonators and have now been empirically documented as electromagnetic waveguides. These are the systems that couple biological functions to the field, which itself is comprised of harmonic resonators with hysteresis and memory functions—a reason why we refer to the fabric of space as spacememory.
We have discovered triplet of triplet resonance bands of microtubule, here is a animation to explain the complex vibration