Quantum Engineering #47 really focused on the biology and physics of the bipolar disease. Everyone learns differently. this blog is essentially the same information presented to you in another way.
Which one do you like better?
Your choice actually tellls me something about your SCN and ventricular system.
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31. How do you begin to fix this process?
Lower the mass in the SCN and the CSF that fills your ventricles. Why was sweating a key sign to follow in the Leptin Rx written 19 years ago now? When you sweat you are degrading melanin for a short term benefit. Then you need to renovate back by increasing redox by using the sun to turn on and translate POMC to make alpha MSH. https://twitter.com/DrJackKruse/status/1671199992227278858
Implications?
Eccrine sweat glands already exist at birth in humans and are widely distributed over the whole skin surface with only two exceptions: lips and glans penis. Depending on individual variation, there are 1.6–5 million sweat glands found across the human body with an average density of 200 sweat glands/cm2 ranging from 64 sweat glands/cm2 on the back to 700 sweat glands/cm2 on the palms and soles. Eccrine sweat glands are another superpower in mammals built by the POMC system that was expanded in us. Humans expanded the use of eccrine and apocrine glands compared to other primates. Apocrine glands are the breast of females used to mature our brains and is a signal to turn on the melanin renovation pathways in infants.

Dermcidin is an antimicrobial peptide expressed in eccrine sweat glands and plays a big role in innate host defense mechanisms. Eccrine sweat glands also play an important role in body temperature regulation for topologic control for melanin. These glands also secrete a fluid mainly composed of water and various ions.

32. Why do you want to rid the CSF of all the deuterium in it that is creating white matter plaques in the brain and deforming the ventricular geometry? Because water without deuterium absorbs more of the light cells need to optimize themselves.

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35. My Kruse for Dummies attendees probably could skip the entire slide deck here and I'd show them this slide, and they'd say.......I got bipolar disorder Uncle Jack no problem. LINK TO THAT LECTURE

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37. Mammals superpower is how they moisten places other primates have not. Cooling melanin is a big deal when the leptin melanocortin pathways is disrupted by modern life.

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SUMMARY
Experience directs our learning to instruct us, how one event or observation constantly follows another; without instructing us in the secret connection of the events or observations, which binds them together, and renders them inseparable. This is where wisdom is found. Today’s post exemplifies this situation perfectly.
The clock in the pineal organ, the clock in the retina (SCN), the clock in the your liver, the peripheral clocks in all the other tissues all behave differently, but they use the exact same molecular machinery. Think back to quantum biology one blog for a moment. I taught you about how biology builds a zero entropy system for perfect energy/information transfers in water and carbon nanotubes of collagen. I have not given you all the goods yet, but each blog is building up to the magic in Nature decentralization plan.
It does this by using multiple pathways to do many things at once using light as the paintbrush and quantum field action of water as the canvas. Here we see the same thing in central and peripheral clocks controls. Even before these two studies in Nature, it was clear to me from the neural network level, that the properties must have been modified by something else in the environment that affected the cell directly or indirectly using the interactions between cells in the tissue to control the process. Dr. Montaigner's work on water and EMFs was the missing link, in my humble opinion. Light is part of the EMF spectrum. It became clear to me at least that the path of life and circadian cycle control is the domain of quantum controls that use particle and wave mathematics to be the thermostat to control the processes in cells. Life then built a complex set of biochemical and hormonal pathways to create micro nanomachines to transduce those environmental signals to control the processes of growth and metabolism in their zero entropy systems.

The key chemical to the entire equation is the use of water in cells because it is the ultimate quantum canvas for life to paint her masterpiece on. It is the perfect dipole molecule to bind to proteins to make liquid crystals function as semiconductors inside of cells. You just saw in BD how the crystals can break. The method of breakage is vast in humans. This is where diseases come from. The proxy for the breakage is always found in the heteroplasmy % of the tissue in question. Water makes protein semiconductors operate in humans. It is assistated massively by melanin to charge separate water. Doping these semiconductors with atoms makes a wide band gapped semiconductor or a narrow band gapped one. This changes their ability to do the things physiology requires of cells.
Water is life's quantum field It does things to electrons and protons you wouldn't normally expect, to keep life far from equilibrium. These effects are all non-linear. and often photonic. It just made fractal sense the more I dug into the science of 9 different scientific disciplines. The real problem blocking all nine from this reality is that none of them seem to know what the other is studying and finding out. They are buried in their own scientific silos. They just keep doing their own thing without sharing what they have learned and then connecting to the fabric of nature.
Today when you look back to where you began with me, and see where you are right now you'll see how far you have come. Now you have to decide how far you want to go with me.

CITES
1. O’Neill JS, & Reddy AB (2011). Circadian clocks in human red blood cells. Nature, 469 (7331), 498-503 PMID: 21270888
2. O’Neill JS., Gerben van Ooijen, Laura E. Dixon, Carl Troein, Florence Corellou, François-Yves Bouget, Akhilesh B. Reddy and Andrew J. Millar, (2011). Circadian rhythms persist without transcription in a eukaryote, Nature, 469 (554–558), doi:10.1038/nature09654
3. Njus, David, Frank M. Sulzman & J. W. Hastings (1974) Membrane model for the circadian clock, Nature. Vol. 248, pp. 116-120, doi:10.1038/248116a0
Dr. Jack Kruse
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