Thread by @DrJackKruse

1. What is missing here? A lot if you're a Black swan mitochondriac. Let's do a lesson today. When we speak about mitochondria, where water is created from food, realize they are loaded with electrons and protons we are engaging the physics of the so-called sub-atomic world

https://twitter.com/hubermanlab/status/1632777162473496577

2. Therefore, we need to understand how size links to thermodynamics. This is why the physics of elementary particles and their interactions with light is important to a mitochondriac. When things shrink people understanding tends to shrink as well.

3. The first thing to understand when the scale shrinks in nature the strength of the electromagnetic force increases. Remember the force carrier for this force is the PHOTON.

4. QM confounds because the "small world" of the chloroplast/mitochondria dont conform to the world we observe. Photons precede the creation of the DC electric current in cells. Just understaning biochemicals in pathways tell ya' nothing without knowing what phontons are doing

5. The electromagnetic force is much stronger at small scales than it is at larger scales.
To illustrate this point, consider the size of an atomic nucleus in a WBG semiconductor is approximately 100,000 times less than the size of a water molecule.

6. Now understand, a water molecule is smaller than the visible light wavelength in a photon by a factor of 1000. So even using our best optical microscopes we couldn’t hope to see or observe a molecule of water, let alone an atomic nucleus.

7. Thus there is an obvious problem of even adequately visualizing the objects in question that life deals with. It should be no wonder why centralized research/medicine is blind to what a mitochondriac understands.

8. When light is in motion, just changing the electromagnetic field in space won’t bend light at all. Physics has proved this; a constant electric or magnetic field won't change its behavior at all. Water will cause light to change its bending.

9. The reason for this is tied to Maxwell’s classical equations on electromagnetic waves. It’s like rising the water level and expecting the waves on the surface to deflect.

10. But here is where things get interesting for biology: changing the viscosity of the liquid at a certain time interval (day & night) will deflect the wave on the surface. Can a mitochondrion change its viscosity by altering the chemistry inside its matrix where its made?

11. Yes, they can. Now consider hydrogen bonding networks in H20 are very dynamic. So dynamic that we cannot perceive how fast they adapt. The work at atto or femtoseconds when light photons interact with them.

12. The fast adaptive behavior of these H+ networks in water, alone determines the dielectric constant of the medium they are within. The dielectric constant determines the refractive index of water. Normal bulk water has a high dielectric value (78).

13. Things with high dielectric constants tend to be highly polar and water is. Because of this polarity just about anything can be dissolved in water and made useful in some way. Cells use this to build WBG semiconductors from collagen biomolecules in us. Water surrounds all

14. Low pH aqueous environments (inflammation) have excessive protons and a lowered dielectric value. This means they do something to light inside our tissues. Alkaline pH also changes the dielectric constant.

15. When you learn that all living cells emit light as Dr. Huberman just did this changes the game of how you need to understand and study water. He is in the process of doing just that now after our meeting.

16. The other chemicals in the matrix, like exotic atoms used in WBG semiconduction in cells = Ca, Mg, Na, Cl, I, K etc....can also alter the dielectric values in the mitochondrial matrix. O2 does too. This changes light in cells.

17. Each photon of light emitted has a frequency and that frequency has very specific, sensitive, and precise jobs to do. Cell specialize in the photons they create. They only create light in the UV spectrum.

18. Why did cells choose this? Because UV light is the only part of the visible spectrum of light that can undergo non-linear optical transformation. This is where you are leaving thermodynamic levels and touching the quantum level of processing in cells.

19. The water podcast above only discusses water in the classical world. That is important to understand but in no way does it explain life, or what cells are doing below the cell level with light they are pumping into our system to build complexity from chaos, and order from it

20. When light alters H20 its dielectric value (78-160) guess what changes the most? Viscosity changes the most in cells when this happens. The inside of your mitochondria is a gel-like piezoelectric flexoelectric quasicrystal. Only quantum mechanics can tell its secrets.

21. This changes the quality of light emission from the semiconductors inside of us and how they work with water. It changes how electrons & protons move within our atomic lattice everywhere including mitochondria.

22. This changes how they process energy and information that send to your nucleus where DNA is. DNA is an antenna for the light carried in cell water. The smallest things in you make the largest difference in decentralized medicine & health.

23. For example, I shared w/ @hubermanlab that our ATPase @ 9000 revolutions transfers 90,000 protons per minute in our cells. Any change in a dielectric value directly alters the electromagnetic force generation capable between things in the water. Before me, he never knew this

24. He is in the process of assimilating this new info so I am sure that this information will change the nonlinear optics in his brain by altering the interaction of his melanin sheets using VUV-IR light to change the dielectric constant in his neurons to think anew.

25. The human ATPase is a quantum machine that has to be surrounded by H20 with a specific isotope of hydrogen in the water running it. It revolves with 100% efficiency using IR-A light from the sun! This is why IR-A penetrates deeply to get to your colony of stowaway bacteria

26. Sunlight changes the viscoeleastic tensions in mitochondria. Water becomes a perfect aperiodic crystal that stores energy and creates memory and becomes coherent = consciousness = This changes the size & shape changes of the mitochondria = size /shape change=thermodynamics

27. I hope you enjoyed today's H20 lesson. Share it if you think it has some use to your network. If you want to learn more join me at patreon.com/DrJackKruse