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. It is time to begin to Question the Status Quo: A New Track for Light and Life
My dissatisfaction with the current use of light in modern life is a catalyst for breakthroughs. It is a fact that we’re blind to most of the electromagnetic spectrum, and this invites us to look where no one has looked before. What if we redesigned technology to mimic the sun’s full spectrum, reducing blue light dominance?
What if we decentralized tech design, empowering communities to create devices that prioritize biological harmony over profit? This aligns withmy tribe’s ethos of integrity and character: a collective that challenges conventional thinking, seeks truth, and innovates for the greater good.
Living under the sun’s visible spectrum does broaden the horizon of thought. Full-spectrum light enhances neuroplasticity and mood via serotonin pathways (Journal of Neuroscience, 2019), while reducing the oxidative stress caused by blue light. It’s a return to a decentralized, natural system, much like I teach my tribe daily, which operates free from artificial interference. By keeping your interests broad and refusing to let your mind be stunted, you’re embodying the ancient photonic lesson: don’t accept the limited window of reality you’re given. Question, explore, and innovate. We will explore this today with @SabinehazanMD and @dralexisjazmyn
2. n the 21st century, the dissemination of healthcare knowledge has been hijacked by influencers and grifters, sidelining those who champion first principles thinking. Drawing on Ayn Rand’s 1960 essay, Faith and Force:OREM The Destroyers of the Modern World, we can identify the deeper philosophical corruption behind this shift: the triumph of mysticism over reason. Rand’s argument, that cycles of prosperity and destruction stem from the conflict between reason and mysticism, offers a lens to understand why superficial, emotionally charged narratives peddled by influencers often overshadow rigorous, evidence-based discourse in decentralized healthcare.
3. Rand posits that reason is the only objective means of communication, grounding human understanding in reality. In contrast, mysticism claims to knowledge beyond evidence or logic breeds confusion and manipulation. Historically, she attributes periods of stagnation, like the Middle Ages, to mysticism’s dominance, while the Renaissance’s rediscovery of reason fueled capitalism’s prosperity. Today, the healthcare information space mirrors this dichotomy. First principles thinkers, those who deconstruct complex problems to their fundamental truths and build solutions from scratch, rely on reason drawn from the fundamental laws of nature. They advocate for decentralized based medicine, critical analysis, and transparent methodologies. Yet, their voices are drowned out by influencers and grifters who exploit mysticism’s allure, peddling quick fixes, miracle cures, and emotionally charged anecdotes that resonate with a public craving certainty.
The Breath of Ages is Light
In the cradle of Earth’s first sigh,
When ancient waters kissed the sky,
A spark awoke, a whispered flame
Pneuma stirred, and gave its name.
The Great Breath bloomed, a storm of light,
Oxygen’s dance through endless night,
Cyanic whispers, green and bold,
Rewrote the tale the Earth had told.
From that dawn, a thread was spun,
Through mitochondrial fires, one by one,
Heteroplasmic scars, the fuel of fate,
A quantum vessel, a fragile state.
Light, the sculptor, carved the way,
Reprogramming dust through night and day,
A spirit housed in flesh so frail,
A timeless soul on a cosmic trail.
The ages turned, the monkeys spoke,
Their chatter loud, their vision broke,
They grasped at shadows, blind to the glow,
The Pneuma’s pulse they’d never know.
For man, a child of innocence vast,
Clings to the physical, a die long cast,
Yet the spirit hums in every cell,
A song of light, a tale to tell.
Through generations, the code unfolds,
Epigenetic whispers, stories untold,
The wounds of ancients, a sacred pyre,
Fuel the future, lift it higher.
Each soul a frame in the human reel,
A movie of stardust, a cosmic wheel,
Evolution’s sequel, never the same,
A dance of spirit, a holy game.
But now the light grows cold, unkind,
Centralized hands choke the mind,
The Pneuma fades, its breath suppressed,
By towers of steel, by progress obsessed.
Decentralized hearts, once wild, once free,
Are bound by chains they cannot see,
The soul’s extinction, a quiet doom,
As Earth’s bright light forsakes the womb.
Yet still, a wonder waits to rise,
If innocents dare to open their eyes,
To see the spirit, to feel the spark,
To thrive, not survive, through the endless dark.
For Pneuma lives, in light, in breath,
A force unbound by time or death,
The age of man, a story untold,
Awaits the monkeys, brave and bold.
3. Your eye is the the key to your spirit..........Humans are unlike any other animal because they tap their breath via their eye. They use light to see the world around them and to examine their own divinity.
So many of you have no idea of the blogs I have written on My Periodic Table Hacks and Paramagnetic Atoms
Paramagnetic Atoms in Cells: I’ve proposed that life favors paramagnetic atoms (e.g., Fe, Co, Mn, Cu) in cells due to their unpaired electrons, which align with external magnetic fields (e.g., Earth’s 30-60 µT, Schumann resonance ~7.83 Hz), per my magnetic moment insight. These atoms: iron (Fe) in hemoglobin/heme, cobalt (Co) in B12, manganese (Mn) in superoxide dismutase were chosen in a quantum evolution hand selected by solar changes that occured in our G class star during the GOE because all of these atoms have electronic structures that enhance light-to-energy conversion, per Einstein’s E=mc² and Landauer’s information-energy link. Their magnetic moments, per Wheeler’s “it from bit,” encode information as qubits (1s/0s), syncing with DHA’s (200-700 nm) and melanin’s (200-700 nm) photoreception that came from the ideas of Albert Szent Georgyi and Becker's work on semiconductors. Semiconductor lessons are biology lessons from evolution of how light sculpted life. @trikomes @msahsorin
Why Life Prefers Paramagnetism: Paramagnetic atoms, with unpaired electrons, absorb and emit electromagnetic energy (UV-visible, IR), per all my periodic table hacks, optimizing mitochondrial efficiency (NAD+/NADH, cytochrome 1, Q-cycle). These ideas, filtered through my understanding of Prigogine's dissipative state, creates negative entropy (order from chaos) in dissipative structures, syncing with Earth’s field, and directly links to my grounding insight. When a person with a PhD tells you we need an experiment to do science remind them of Einstein solution to the Ultraviolet Catastrophe. He solved it in his photoelectric paper with no experiments. He was so far ahead of centralized science that the us government hired George Millikan to prove Einstein was WRONG. And guess what happened? He proved Einstein insights correct. What did centralized science do? Did they give Einstein an award? NO THEY GAVE MILLIKAN an award before Einstein.
When I listened to Nick and Nirosha chat I wanted to remind her of this. She has left so much science on the table in her bioelectric myopia that she has forgotten about how light works with semiconductors and how light is created by them via LEDs. Becker proved it in the 1960s and she had the gaul to tell Nick well........we really do not know how biology operates. That was some was serious bullshit I bet she learned from her post doc mentor Levin. Go listen to what Andrew Marino had to say about Levin when he met with him the first time......@ricciflowhealth did that podcast and carefully listen to what Marino said. Then go listen to what Nirosha told Nick. That was evidence that transgenerational bad thinking also happens in science and not just heteroplasmy.
2. Light’s Effect on Electronic Structure of Atoms
This is not my opinion this is Nature recipes in action right in front of your face and you act like they do not exist. They also do not need a PhD doing a study to prove this is CORRECT. We already know it is correct.
Light, particularly in the UV-visible-NIR range, reshapes the electronic structure of atoms critical to biology (e.g., H, O, C, N, Fe, Mg). These atoms, embedded in molecules like water, hemoglobin, or chlorophyll, absorb specific wavelengths, exciting electrons to higher energy states. This alters bond lengths, vibrational modes, and magnetic properties, which ripple through UPE spectra and tissue optics.
So we know exactly what UPEs are capable of. At least some of us do. @trikomes Within the realm of biophysics there are still people who should not pack your parachute because they do not have a full deck of cards yet. Who gave them their start in the world of science might have given them a high heteroplasmy rate for thinking.........
3. My hypothesis for close to 20 years has benn that hydrogen spin states, isotopic fractionation, and EMF-driven excitation could be a cellular control mechanism and they evolutionary driver of life. Yeah I know It is groundbreaking and plausible based on first principle thinking. So when you ask me about molecular hydrogen machines or hydrogen tablets, pardon me if I tell you, you are fucking with the cosmic wand of Nature using them.
The main finding of this study is that levels of 5-AVAB and cLP are higher in newborns who later develop autism compared to neurotypical controls.
They blame diet but miss the real cause: transgenerational epigenetics of the parent germ line to light programming is a critical miss in this paper. Why are they blaming it on diet?
We already know that the TCA cycle cannot be used without proper solar signaling, which fully explains this volcano graph.
They found additional putative associations between metabolites previously linked to autism in cross-sectional studies, indicating that these alterations are likely to be present at birth. If this is the case, it cannot be diet, but it could be transgenerational UPEs in the parents' germline, as I told Nicole in the Quantum Engineering #45 blog I wrote for her daughter, Echo. @MitoPsychoBio @NicoleShanahan
Highlighting alanine as a robust biomarker for primary mitochondrial dysfunction in children with autism, with a high odds ratio and statistical significance (-log(p) > 4), suggests that since alanine metabolism is disrupted, it has to be due to impaired mitochondrial function, which affects energy production and amino acid handling.
Blue light, with its high-energy, short wavelength (around 450-495 nm), penetrates tissues and can influence mitochondrial activity. Blue light via melanopsin signal disrupts NAD+/NADH. Mitochondria contain chromophores like cytochrome c oxidase, which absorb blue light. This absorption can alter the electron transport chain, potentially increasing the production of reactive oxygen species (ROS).
Excessive ROS can impair mitochondrial function, leading to metabolic shifts, like elevated alanine, since alanine is a byproduct of pyruvate metabolism when the TCA cycle is disrupted. Blue light exposure, especially at non-optimal times (e.g., evening screen time), should dysregulate circadian rhythms of the parents prenatally via melanopsin in the retina, further stressing mitochondrial function through hormonal imbalances (e.g., melatonin suppression). This would be passed on to the child. A sign that it has happened is a child with jaundice. Jaundice is also associated with autism risk in children.
nnEMF, such as from Wi-Fi or cell phones, operates at frequencies (e.g., 2.4 GHz for Wi-Fi) that can interact with biological systems. nnEMF may disrupt mitochondrial membrane potential by affecting voltage-gated calcium channels, leading to calcium influx and oxidative stress. This stress can impair mitochondrial energy production, pushing cells toward glycolysis and increasing alanine production as a compensatory mechanism. The slide’s focus on mitochondrial dysfunction aligns with this, as nnEMF-induced stress should exacerbate the metabolic imbalances seen in autism.
In my decentralized photo-bioelectric thesis, blue light and nnEMF act as environmental levers that disrupt the biochemical "boxcars" (metabolic pathways) by derailing mitochondrial function. Blue light directly affects mitochondrial energy production and circadian signaling, while nnEMF adds a layer of electromagnetic stress. Both converge on oxidative stress and metabolic dysfunction, reflected in the slide’s alanine elevation. This suggests that controlling light and nnEMF exposure could be key to managing mitochondrial health in autism.
2. Altered products of gut bacterial tryptophan metabolism have previously been reported in children with autism, but no one has linked this to my work in the slide. It is the light dummy.
3. Why the Study Misses This Connection
The study attributes metabolic differences partly to maternal diet. Still, as I pointed out earlier, these alterations at birth suggest a pre-conception or prenatal origin, likely transgenerational UPE program of the parental germline.
While the study acknowledges the role of gut bacterial tryptophan metabolism in autism, it doesn’t explore how environmental factors like light exposure could influence this pathway via melatonin.
Researchers are unaware of my work on light programming via UPEs because they are biochemists at heart, or they may lack the framework to connect light-induced melatonin changes to microbial metabolism and transgenerational effects due to scientific myopia.
Autism research often focuses on more tangible factors like diet or nuclear genetics. At the same time, light’s role in epigenetics and mtDNA metabolism is less studied, despite growing evidence of its impact on circadian and mitochondrial health.
The oculomotor nerve (CNIII) is responsible for controlling the pupillary size. It contains several parasympathetic functions related to the eye. The oculomotor PNS fibers originate in the Edinger-Westphal nucleus in the central nervous system and travel through the superior orbital fissure at the base of the orbit to synapse in the ciliary ganglion located just behind the orbit (eye). From the ciliary ganglion, the postganglionic parasympathetic fibers leave via short ciliary nerve fibers, a continuation of the nasociliary nerve (a branch of the ophthalmic division of the trigeminal nerve). The trigeminal nerve is critical in the mammalian dive reflex. This is why the astute quantum clinician can use cold water on the face to help people. The short ciliary nerves innervate the orbit to control the ciliary muscle (responsible for accommodation) and the iris sphincter muscle, responsible for miosis or constriction of the pupil (in response to light or accommodation).
As bright light enters the pupil, the carotid circulatory system must provide blood flow, and the superior cervical ganglion optimizes this coordination. This is often not appropriately yoked with circadian mismatches in heme proteins Rev Erb Alpha and beta. This is especially true in diabetics and children with cyanotic heart disease. This means this ganglion controls blood flow to the CNS due to a light-activated mechanism. Since the brain gets 20% of cardiac output, this has a massive effect on the quantum abilities of the eye. It also means that when bright light does not increase cerebral blood flow, we know we have a patient with a serious circadian mismatch in the local environment.
2. Why don't I listen to people who wear sunglasses or contacts? BECAUSE THEY CANNOT THINK WELL.
How does a brain surgeon know this and prove it to the public?
DECENTRALIZED SCIENCE.
3. Normally, bright light from the sun increases metabolic demand in the retina and visual cortex, triggering SCG-mediated vasodilation to increase CBF. This is part of neurovascular coupling, where neural activity drives blood flow (e.g., via nitric oxide release, as discussed in my blogs at length). Sunlight also stimulates PER clock genes. This is important for cardiac function.
Circadian Mismatch Indicator: If CBF does not increase with bright light, it suggests:
SCN Dysfunction: Inadequate light exposure (e.g., UV blockage) impairs circadian entrainment.
1. A child born with jaundice exhibits an atavistic state, reflecting GOE-era stressors where porphyrins (and bilirubin) acted as oxygen sensors, generating ROS/UPEs under light stress. Parents and pediatricians do not understand what jaundice really means. It is a child born under mtDNA duress. They need more sun and less centralized doctoring, otherwise they become more injury prone to any mtDNA toxin. These are things MAHA won't find by September.
2. Neonatal Jaundice: Blue Light Therapy is a Human Disease Incubator
Neonatal jaundice treatment shifted from full-spectrum light to blue light (425–475 nm) in the last 35 years, ignoring quantum biology. Centralized medicine, blind to neuropsin (UVA receptor) and melanopsin (435–465 nm), assumed blue light was safe for bilirubin photoisomerization (Oláh et al., 2013). Infants, with translucent skin and underdeveloped skeletons, allow deep blue light penetration, reflecting off bone to stimulate melanocytes. Long-term studies reveal increased dysplastic nevi in these children, a melanoma risk factor (Oláh et al., 2013). Never assume that the optical window of children with jaundice is normal, because they are not.
3. Blue light’s mitotic effect mirrors uveal melanoma (UM) studies: human UM cells exposed to blue light (475 nm) show increased proliferation, an effect blocked by blue-light filters (Hu et al., 2014). In neonates, blue light decouples POMC signaling, overstimulating alpha-MSH and melanogenesis without UV’s protective feedback.
This drives mitochondrial heteroplasmy in melanocytes, as blue light suppresses cytochrome c oxidase, increasing ROS and mtDNA mutations (Godley et al., 2005). Mothers with circadian mismatches often from blue light exposure pass higher heteroplasmy rates to infants, amplifying the risk (Wallace, 2010).