2. I will remind you again, we have two genomes in us, one bacterial that controls energy flux in tissues and the other virally based that controls nuclear-based genes. The bacterial one mutates 5 times faster than the other and it shows maternal inheritance. It is massively… https://t.co/vDZBXow2vdtwitter.com/i/web/status/1…
3. So what happens when we block parts of the spectrum of the sun or get too much of parts we are not supposed to experience? Can separated visible light cause digital toxicity in the skin & eyes of Ancient humans?
Do you know when this “light assault” really began on human… https://t.co/336mFQVBCwtwitter.com/i/web/status/1…
4. Humans have always wanted to look attractive. Even in ancient times, people desired to avoid sunburn. This takes us back to the Egyptian days. Egyptians always considered light skin more beautiful than dark skin. However, Egypt’s sun-drenched environment made it difficult to… twitter.com/i/web/status/1…
5. The Egyptians used ingredients that have been rediscovered by modern scientists. For example, the Egyptians used rice bran extracts in some of their sunscreen formulas. Today, gamma oryzanol is extracted from rice bran and is used in industry for its UV-absorbing properties.… https://t.co/5VOAafao20twitter.com/i/web/status/1…
6. In the early 1930s, a South Australian chemist, HA Milton Blake, experimented and produced a sunburn cream. Following this invention, the founder of L’Oreal Company, chemist Eugene Schueller refined the invention and the first sunscreen made its debut in 1936. Guys, 1936 is… https://t.co/BArJMH2MJutwitter.com/i/web/status/1…
7. Later in 1938, a famous chemist called Franz Greiter developed a cream that he named Gletscher Crème or Glacier Cream. He also came up with something called the sun protection factor which is now known as the SPF factor in sunscreen. Franz invented the SPF factor which then… https://t.co/SfsxTs9ys4twitter.com/i/web/status/1…
8. Finally, in 1980, Coppertone developed the first UVA/UVB sunscreen which has been in the markets with different names.
Scientists are still searching for more effective ways to protect the human body against the sun. In my opinion, they should stop. The best way to protect… https://t.co/1uO23F8sWXtwitter.com/i/web/status/1…
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1. How will the transhumanist technologists use AI in the future?
I often think of how compliant we have become. Anytime you use Google or have an iPhone or any phone for that matter, you have to ‘agree to the terms’, every Apple update there is something new to comply with. This is a problem of how they suck you into the matrix. Your land line phones never did this.
The transhumanist tech companies know the addicted will comply and agree to any terms to suit their addiction to technology and don’t bother to read anything they want you to bend the knee for. The trade off for entertainment for the soul has been around for a long time. But the manner in which these transhumanist are capturing people should be unsettling to anyone who can think.
2. Wireless radiation is being used to surveil people without their knowledge or consent, even if they aren’t wearing a “smart” device or holding a cellphone, according to the authors of a new study.
The study authors engineering faculty members with the Institute for Systems and Computer Engineering, Technology and Science at the University of Porto, Portugal posted their report Jan. 24, 2025 on the Cornell University open-access research website, arXiv.
The study showcases hardware the authors designed that leveraged ambient wireless radiofrequency (RF) radiation to detect and render a visual image of human activity such as waving a hand or a person’s breathing rate with over 90% accuracy.
Their design involved a thin programmable surface a Reconfigurable Intelligent Surface (RIS) that communicates with computers and artificial intelligence (AI).
3. RIS can manipulate and steer Wi-Fi signals in controlled ways, explained Fariha Husain, manager of Children’s Health Defense’s (CHD) Electromagnetic Radiation (EMR) & Wireless Program. “By adjusting how radio waves reflect off this surface, the researchers were able to enhance signal-sensitivity and improve their ability to detect subtle human movements.”
Husain said:
“RIS panels can be strategically placed to optimize wireless signal reflection and steering and may take any shape or be integrated into objects. Indoors, they can be mounted on walls, ceilings or furniture.
“Outdoors and in urban areas, they can be installed on offices, airports, shopping centers, lampposts and advertising billboards. Additionally, RIS panels will enable smart city surveillance by tracking pedestrian and vehicle movement.”
RIS hasn’t been incorporated into current wireless networks but it’s in the works for 6G, according to W. Scott McCollough, chief litigator for CHD’s EMR & Wireless cases.
“Future 6G networks will have RIS functionality built in,” he said, “and it would not surprise me if they don’t implement RIS in the future 5G updates.”
What do you know about the Stiles-Crawford effect in a healthy eye? What if I told you this effect is how we sharpen central vision and narrow the periphery of the retina from too much blue light. Would you believe it? Did you know melanopsin has a specific topographic map on a healthy retina? A lesson no has taught you is incoming.
2. All opsins are topologic insulators. You might want to read that threadroll above now to understand topology well.
Topology changes in a cell = geometry change of cristae = UPE change from mitochondria = the optical signal changes in the same tissue altering physiology.
So what happens if you sustain mitochondrial damage in your retina's colony of mitochondria to the Stiles Crawford effect?
What are the implications?
3. The Stiles–Crawford effect (SCE) is the human eye's phenomenon of reduced light sensitivity when light enters the pupil from its periphery compared to the pupil's center. This effect is due to the optical properties of photoreceptors, which act as waveguides and are aligned to channel light towards the fovea, the central point of vision. The SCE makes vision less sensitive to light entering the periphery, thus reducing glare and improving visual clarity. It also keeps a lid on the amount of blue light the periphery the retina gets.
This sharpens vision, makes myopia, glaucoma, cataracts, hyperopia, and AMD almost impossible to get. Makes one resistant to mental illness too. Makes one impervious to diabetic transformations. Makes neurodegeneration rare.
Another new podcast from me with Smuggling Hope. It is good one on mental health because it explains how biomolecules absorption and emission spectra's determine reality or determine which mental illness one gets.
This is the information why Jordan Peterson is sick and why he and his daughter have stumbled multiple times in getting him well. ivoox.com/.../exposing-t…...
Biophotons are ultra-weak light emissions produced by living organisms, thought to arise from metabolic processes like oxidative reactions in mitochondria. Centralized scientists and AI bots hypothesized them to play a role in cellular communication, potentially influencing gene expression or signaling pathways. FIAF, also known as angiopoietin-like protein 4 (ANGPTL4), is a protein produced by tissues like fat and the gut, and it’s a key player in lipid metabolism and microbiome construction. Neither understand how UPEs control FIAF. If the UPE is coherent then FIAF inhibits lipoprotein lipase, affecting how fats are stored or broken down, and its expression ramps up during fasting. The microbiome, meanwhile, is the community of gut microbes that can shift in response to diet, fasting, or host metabolism, influencing energy balance and health. If the UPEs in mitochondria is not coherent, the UPE changes and mental illness becomes more probable. You cannot burn fat so it changes neural signaling.
Centralized scientists and technocrats who build AI systems will say no direct study says “biophotons control FIAF to affect the microbiome,” but we can hypothesize based on related mechanisms. This is patently false. Why?
FIAF has known absorption and emission spectra to light frequencies. Because of that, a study is superfluous because each chemical in the world has an optical fingerprint. Just because a scientist has not published the work is immaterial to this BASIC biophysical fact in spectroscopy. This was what I brought Ray Peat over ten years ago, and he was impotent enough to answer my critiques of his work. This podcast covers these details.
2. Is nerve pain caused by a Lyrica deficiency?
Is Lyme disease linked to a lack of doxycycline?
Is depression due to Prozac deficiency.
Are heart attacks are due to Lipitor deficiency.
Is obesity due to Ozempic deficiency.
Are Headaches due to Tylenol deficiency?
Is Bipolar disorder due to lithium deficiency?
Any questions?
You've been conditioned by centralized medicine to ask the wrong question.
You have a solar deficiency combined with a nnEMF toxicity problem.
This alters the UPEs your mitochondria make and it is this light that changes the neural tracks that make you mentally ill. This is why your Bipolar Disorder exists. The defect is not in you; it is in your environment.
3. Light exposure,say, sunlight or specific wavelengths impacts circadian rhythms via the suprachiasmatic nucleus in the brain, which regulates hormones like dopamine, GABA,melatonin and cortisol.
These hormones influence metabolism, including fat tissue activity where FIAF is expressed. Metabolism is what makes the key UPEs.
Fasting, which boosts FIAF, is also tied to light cycles, think of how daylight affects feeding patterns. If biophotons reflect or amplify these light-driven processes at a cellular level, they might indirectly tweak FIAF production by signaling energy states or oxidative stress in cells. If you cannot burn fat you are more likely to be mentally ill.
My decentralized ideas have always been spot-on that this topic doesn’t need a scientist to spell it out in a paper, absorption/emission spectra are measurable, and biophoton emissions are detectable.
The gap isn’t in the physics; it’s in tying the specific wavelengths of biophotons (which vary by cell type and state) to FIAF’s exact optical profile in vivo. Still, if gut cells emit biophotons in, say, the 300-400 nm range, and FIAF absorbs there, the optical photonics interaction’s real, study or not. It is first principle thinking. It is obvious what they problem. It’s like saying water absorbs infrared; we don’t need a new experiment to prove it gets hot under sunlight. Biology acts like it does, but in physics they use theoretical physics and first principle thinking to make predictions when the experiments are not done or cannot be done.
When matter experiences this topologic change do you know it become capable of emitting photons? In biology we call this UPEs. That is what does all the information transferring in life to keep you alive and kicking.
2. In astronomy and cosmology Spectroscopy is a form of remote sensing, meaning it allows scientists to determine the composition of an object without physically interacting with it. This is how we examine remote atoms in deep space.
How do we know what other worlds are made of? Planets we’ve never touched, stars we’ll never reach? By reading their light. Why can't quantum biologists realize the same opportunity exists in cells?
3. Quantum biology cannot yet apply the same spectroscopic "reading of light" as astronomy because cellular components are too small to be analyzed by light in the same way, and the inherent quantum effects within cells are not easily distinguishable from background noise in typical biological systems. They do not have photomultipliers small enough to sample UPEs yet.
Just because the technology is not available or studied means we should ignore the idea. Absense of evidence is not absence of effect. This is first principle thinking that is missing from most scientists today. In physics theoretical physicists provide a first principle lens to the Standard Model to innovate. We need to do the same in quantum biology. This is what I do.
Astronomers use spectroscopy to analyze the wavelengths of light absorbed or emitted by large celestial bodies, which reveal their chemical composition. However, cellular molecules are often too small to generate a detectable light signature, and the complex, noisy environment of a living cell makes it difficult to isolate and interpret the faint quantum signals associated with specific biological processes. there is no doubt today UPEs are real and carry information. We've know that AXIOMATICALLY since the Onion root experiment in 1922.
Cutaneous antimicrobial effects of sunlight on cholesterol conversion to Vitamin D components are today's PSA boys and girls.
1,25(OH)2D made in the liver and kidneys from 25 D(OH) from the skin by the sun and cholesterol and its receptor regulate the processing of the long-chain glycosylceramides that are critical for the skin barrier formation which is crucial in defending the skin.
Do you know how the heme protein enzymes CYP control this process?
The two Vitamin D biomolecules induce toll-like receptor 2 (TLR2) and its coreceptor CD14, which initiate the innate immune response in the skin. Activation of these receptors leads to the induction of CYP27B1 (heme protein), which in turn induces cathelicidin resulting in the killing of invasive organisms.
What happens when blue light and nnEMF destroy heme proteins when you know this connection? Innate immunity is destroyed. This is why Fauci wanted you indoors during COVID he and Baric made in Ukraine and China. ncbi.nlm.nih.gov/pmc/articles/P…
2. See how the heme photoreceptors are blown away?
3. Spine tumors are not common but most of them are associated with a poorly functioning immune arm and associated with low Vitamin D levels from poor solar exposure. That is something you can prevent to avoid this outcome.
Fire your centralized doctor by hiring nature for your reversal! Nature quantizes the precise amount of melatonin from the mitochondria needed to optimize autophagy and apoptosis. 95% of melatonin is made in human mitochondria. It is not your pineal or your gut. Your central retinal pathways have more mitochondrial density in it than any other part of the brain. The same is true with DHA to run your SCN faster than the other molecular clocks in your body to meet relativity needs. Want more info on exogenous melatonin? Use Yandex search with my name and mitohack #722. Your welcome in advance.
2. Shall we also say that sunlight plus natural darkness at night control melatonin, which in turn controls HIF-1a, which in turn controls sensing of O2?
Guess what happens to your mitochondria when oxygen tensions change? The IMJ geometry changes, metabolism morphs, geometry alters, and UPE become less common but more coherent. Mitochondria can change their physiology when the environment changes too. This is a remnant of the GOE when we had chronic hypoxia. this is why we innovated HIF1 and linked it to the PER clock genes.
Did you know UV light exposure raises oxygen tension in the venous plasma?
Guess what that all implies?
I know a lot more than any centralized MD or PhD about how we really operate.