WHAT WILL I PROVE BEYOND A SHADOW OF A DOUBT IN VERMONT 2018?

I have decided to something I have never done before a talk.  I will give the punch line of the talk in the first ten minutes and tell you what the end point is........and then I will show you piece by piece how they fit and how they fall apart.  I plan on beginning my talk with the video above and ending it with the video at the end of this blog.  The words of the videos should be your focus and not the song, albeit the songs are awesome. 

If you are going to Vermont, you might want to read this before you see my talk live.  

For those of you not attending, you'll have a chance to see the video here on Patreon when it is ready.   This blog might confuse you because it is designed to be seen before the slides.  

Part 1: 

NAD+ links directly to tryptophan and the circadian mechanism foundational to human life. 

Ask yourself what do codons and ubiquitin marking have in common?

 The answer is circadian biology.  Did you know that tryptophan and methionine are the basis of the circadian mechanism in humans?  

They are our key time crystals in our eye, skin, gut, and lung.  They are the key gears in the eye clock I discussed last year in the Vermont video but nobody realized it.  They will this year when I show them last years slides and they realize I was forshadowing the coming story on deuterium and UV light.  

Look at step 8 above.........I hope you remember that NAD+ is the key fluorophore protein of cytochrome 1 in every mitochondria in every cell of your body. 

When the circadian mechanism is disrupted by any stressor,  protein synthesis is increased and often not yoked to proper solar signals.  Since we now know melanopsin is now present in eye, skin, and dermal fat it is becoming clear ubiquitin is linked to the melanopsin system.

That opsin is linked, via sunlight to cytochrome 1, NADH/NAD+ couple.  Tryptophan has a unique absorption spectrum that hints it is a seasonal time crystal and it can be used by the endogenous timing mechanism by the addition of information and energy from photons, electrons, or by protons.  Did you know tryptophan makes NAD+?  I bet you did not.

These two aspects of subatomic particles program the phenol ring of tryptophan differently in seasons because season have a different electromagnetic footprint codified by photosynthesis in food and this is deciphered by mitochondria.  This is why tryptophan can be both ketogenic and glucogenic and it has but one codon because it decreases the signal to noise ratio to one.  

This links its production directly to solar cycles via photosynthesis depending on how it was created by the sun.  Methionine is the “exogenous time crystal” because it is also unique with one codon.  Methionine and tryptophan are the only two amino acids with one codon in eukaryotes.  Did you know this?  

This fact in our kingdom of life has been true for 600 million years of evolutionary history.  What else in our kingdom has not changed in 600 million years?  DHA has never been replaced once in the same time frame even though there are other PUFA’s more easily made by cells.  Ask yourself why this is the case?  Why would mother nature do this?  Now recall that the central retinal pathways in humans have more DHA in them than any other part of the brain.  You think there is a reason behind that tied to this story in the skin?  There is.

Methionine is an essential amino acid that cannot be made but has to be eaten, therefore, it gives energy and information to the mitochondria from the environment the animal is inhabiting. That signal must be yoked to the incoming light signals via the eye and skin to be ciphered.  The mtDNA deciphers the message to pass it on to the nucleus to change epigenetic signaling via the addition or subtraction of electrons, protons, and photons to histones and methyl groups to affect chromatin binding and DNA kinetics and the Auger effect in cells. 

Tryptophan is used to make melatonin and it controls mitochondrial DNA.  These are main clock gears of the circadian mechanism.  This topic will be explained in detail in Vermont 2018 on Saturday, June 2.  Strap in.  I’ve got a lot of people to prove wrong and this is going to be epic.

PART 2:    HOW TO BUILD A LASER WITH SUN TO DO WHAT LIFE REQUIRES

Place the two mirrors on the ends of the glass cylinder, with the reflective sides facing the interior of the cylinder. This is called the "optical resonator" which produces the laser beam.  (RBCs'/EZ water)

Fill the cylinder with your choice of gain medium. There are literally hundreds, if not thousands, of choices for the gain medium, from carbon dioxide to helium-neon to argon. For the home-built laser enthusiast, a gas laser is much easier to design and build than a laser constructed around a solid matrix such as a ruby laser.

Install the flash lamp next to the optical resonator. (DEUTERIUM)

Wire the power supply to the flash lamp. (SUN)

Energize the flash lamp for a short burst. (DEUTERIUM) The light from the lamp will excite the atoms in the gain medium, stimulating them and making them go from a lower energy state to a higher energy state. 

These "excited" atoms will emit light, which will bounce back and forth many hundreds or thousands of times from one mirror to the other. Once the light has become powerful enough by virtue of being amplified by many trips through the gain medium, it will exit the optical resonator through the partially transparent mirror, producing the laser beam itself.

THAT IS ALL THAT IS NEED FOR A SYSTEM TO MAKE A LASER.

My work on mitochondria has shown me the sun must connect to each and every mitochondrion in every cell of our body WIRELESSLY. The only adult cells that have no mitochondria is a red blood cell. I believe this is by design because they are critical in making cohernet light in our circulatory system. Chloroplasts also have no mitochondria. This tells me that chlorophyll and hemoglobin are both liquid crystals that act as optical resonators that are connecting with some physical aspect in the sunlight to create something "like a dye laser phenomenon" using hemoglobin in animals and chlorophyll in plants photodynamically.   I believe that something to be the spin state and orbital angular momentum  (SLIDES IN TALK)

What is the story of orbital angular momentum (OAM)?  Sometimes we don’t choose our path. It chooses us.  OAM changes what life can do. As they travel through space, some light beams rotate. Such light beams have angular momentum. There are two particularly important ways in which a light beam can rotate: if every polarization vector rotates, the light has spin; if the phase structure rotates, the light has orbital angular momentum (OAM), which can be many times greater than the spin.  

A thin light beam, such as that emitted by a laser, may possess a hidden rotational structure, invisible to the naked eye. This structure is rooted in the electromagnetic wave nature of light and it takes two distinct forms, which may be dubbed spin and twist. Spin is associated with the rotation of the electric and magnetic fields oscillating within the optical wave—i.e., the circular polarization of light. Twist instead occurs in light waves having a helical-shaped (or twisted) wavefront and an optical vortex located at the beam axis. When a free material particle absorbs light having spin or twist, it is itself made to spin—in other words, the light exerts a rotational form of radiation pressure, showing that this kind of light carries angular momentum.

This is how light communicates with the quantum spin states of electrons and protons.  

AQUAPHOTOMICS: is the study of mirroring effects in water.  https://www.ncbi.nlm.nih.gov/pubmed/26438266    There is another patreon blog from months ago about this new science.  You might want to review it.

AQUAPHOTOME : is the entire complement of of water matrix absorbancebands found under various perturbations by VIS/IR light.  Proteome vs Genome  Is this our collection of mirrors to change the OAM of light to transfer information. Could deuterium be the key to the AQUAPHOTOME? 

The main goal in attosecond science is understanding the dynamics of quantum-mechanical systems on their natural timescale.  This Vermont talk is about this new branch of optics.

The main goal of femtochemistry with UV lasers reveals that chemical reactions are ultrafast processes, and the study of these elementary chemical steps has been termed “femtochemistry”.  (Nobel Prize 1999)

You may have heard the old saying that biology is just applied chemistry, chemistry is just applied physics, and physics is just applied math. In this case, femtobiology is femtochemistry applied to biological reactions. Most (if not all) biological functions are initiated or conducted through chemical transfers, including the movement of electrons, protons, and energy. So, understanding these chemical and physical reactions will lead to a better understanding of biological interactions at both femtometer magnitudes as well as more easily observable macroscopic scales.

Fundamentally, the SKIN is a solar pumped up semiconductor diode capable of making coherent laser light from an optical squeeze of hydrogen isotopes. A semiconductive laser is also called a laser diode.  Collagen and porphyrins and structured water have semiconductive properties as the paper below shows. https://onlinelibrary.wiley.com/doi/pdf/10.1002/bip.1974.360131203

Pumping sunlight into a sphere can create an optical resonance (resonator) that produces sharply defined laser light.  UV laser light is notoriously difficult to build.

Researchers have used human and pig dermal fat because each cell contains a large, nearly perfectly spherical ball of fat inside it.

Once the cell is loaded with enough light it can make coherent light.  That is what a laser is.  We can then capture the light emitted from the cells via a spectrometer and analyze its emission spectrum. The lasers can act as very sensitive sensors, enabling us to better understand cellular processes. For example, researcher have now measured the change in the refractive index – the way light travels through the cell.  I'd like to remind you here EZ has a higher refractive index than bulk water.  TO understand the optics of a cell with laser light researchers have now varyied the concentration of salt in the medium surrounding the cells. It turns out the refractive index is directly related to the concentration of chemical constituents within the cells, such as DNA, proteins and lipids.

THE ENDING VIDEO FOR THE VERMONT TALK WILL GIVE YOU SOME INSIGHT TO THE SLIDES I HAVE MADE