The Hidden Risks of LASIK Surgery: How Light, the Opsin System, and Central Retinal Pathways Shape Your Mind, Mood, and Destiny
LASIK SURGERY BLOWS OUT THE INSIDER WORLD OF YOUR MIND.
I strongly recommend you watch the first ten seconds of the video above………..then proceed.
Introduction: A Decentralized Thesis on Light-Driven Biology
Today, nearly everything such as the excimer lasers used in LASIK surgery is manufactured in China. But courage? That’s made in your mitochondrial DNA (mtDNA), a biological forge that transforms light into the fuel of life. My decentralized medical thesis, rooted in light-driven biology, quantum coherence, and circadian synchronization, reveals how sunlight shapes our blood, mitochondrial DNA (mtDNA), and frontal lobes to foster courage, a trait closely tied to executive functions such as decision-making and fear regulation. But what happens when a surgeon’s laser, an artificial sun, disrupts this delicate dance of light in your eye? The consequences ripple far beyond vision correction, impacting your mood, pain, and even the risk of suicide, as the tragic outcomes of LASIK patients reveal. Let’s explore why.
The Quantum Dance of Light in Your Eye: More Than a Camera
The cornea isn’t just a lens; it’s a quantum gateway where light shapes your perception of the outside world by altering the biology inside your eye. Neuropsin, a UV-A light detector, is located in the cornea, while melanopsin, a key regulator of the circadian rhythm, lies just behind it in the retina. These opsins, along with the central retinal pathways, form a semiconducting circuit that processes light to regulate your body’s master clock, the suprachiasmatic nucleus (SCN). This clock doesn’t just tell time; it orchestrates the melatonin, dopamine, and proopiomelanocortin (POMC) systems, which break down into hormones such as β-endorphin, ACTH, and α-MSH. These chemicals govern mood, pain, energy, and even your drive to thrive.
Sunlight, with its full spectrum of UV-A, IR-A, and NIR wavelengths, is Nature’s recipe for this system. It regenerates photoreceptors, stabilizes mitochondrial function, and keeps your circadian rhythm in sync. However, an excimer laser, used in LASIK to reshape the cornea, emits monochromatic ultraviolet light (typically 193 nm). It’s not the sun. It lacks the broad spectrum needed to maintain the quantum coherence of your eye’s signaling pathways. Worse, surgeons often don’t even know neuropsin and melanopsin are there, right in the path of their laser.
The Fallout of LASIK: Disrupting the Opsin and POMC Systems
When a laser cuts into the cornea, it doesn’t just alter refraction; it disrupts the light alphabet your eye uses to communicate with your brain. Here’s how:
Opsin System Damage: Neuropsin and melanopsin are photoreceptors sensitive to UV-A and blue light (around 380-484 nm). LASIK’s laser can damage these opsins, impairing their ability to detect natural light cues. This disrupts the SCN’s rhythm, reducing melatonin production, a hormone rebuilt by daytime UV-A light. Low melatonin levels result in poor sleep, increased oxidative stress, and a cascade of hormonal imbalances. Dopamine, which relies on light-driven signals, also drops, leading to apathy, depression, and a dulled sense of motivation.
POMC System Dysregulation: POMC, a 241-amino-acid precursor, is cleaved into hormones such as β-endorphin (which mediates pain relief and mood regulation), α-MSH (involved in melanin production and neuroprotection), and ACTH (involved in the stress response). These hormones are light-dependent and are synthesized in the retina and pituitary via the central retinal pathways. LASIK’s disruption of melanopsin signaling reduces POMC cleavage, lowering β-endorphin levels (linked to pain and depression) and α-MSH (which protects against ischemia and reperfusion injury). As my slide show, this can lead to “CLIP = etiology of diabetes,” where POMC dysregulation contributes to metabolic chaos.
Central Retinal Pathways and Mitochondrial Chaos: The central retinal pathways, a semiconducting circuit, rely on mitochondrial health to process light signals. Mitochondria in retinal pigment epithelial cells (RPE) utilize UV-A and IR-A to regenerate photoreceptors and maintain DHA (docosahexaenoic acid) levels, which are crucial for retinal health. LASIK’s artificial light introduces “noise” (per Shannon’s information theory), spiking reactive oxygen species (ROS), and damaging mtDNA. This disrupts ATP production, impairing the retina’s ability to signal the brain, which can manifest as nighttime halos, accommodation defects, and even retinal degenerative diseases.
The Tragic Outcomes: Mood, Depression, Pain, and Suicide
The Daily Mail article from May 2025 highlights an alarming trend: LASIK patients, including a police officer, have taken their own lives post-surgery. Why? The answer lies in the interconnected photonic systems LASIK disrupts in the central retinal pathways and the brain:
Mood and Depression: Reduced melatonin and dopamine from melanopsin dysfunction lead to poor sleep and low motivation. Dopamine, tied to reward and executive function, is critical for courage, a frontal lobe specialty. When dopamine levels decline, apathy sets in, widening the Dunning-Kruger effect: patients become less aware of their own decline, accepting superficial trends without questioning them.
Pain: β-endorphin, a POMC derivative, is a natural analgesic. Its reduction post-LASIK increases pain sensitivity, compounding emotional distress. Chronic pain, paired with poor sleep, is a known risk factor for depression and suicidal ideation.
Suicide Risk: The retina and pituitary, both downstream of the SCN, regulate hormones like ACTH and α-MSH. When LASIK disrupts this light-driven axis, the pituitary struggles, leading to fatigue, hormonal imbalances, and a sense of disconnection, for some, this culminates in a profound loss of hope, tragically evident in the suicides reported.
Man-Made Light vs. The Sun: A Losing Battle
An excimer laser in the hands of an eye doctor is like giving a serial killer a universal hotel room key. It’s a tool of precision, but it’s blind to the quantum signaling pathways it disrupts. The sun, with its full spectrum, regenerates photoreceptors and supports mitochondrial health, as Kruse’s slides emphasize: “UV-A and IR-A regenerate all photoreceptors.” AM light, rich in UV-A and IR-A, rebuilds melatonin and dopamine, tuning your SCN to Nature’s rhythm. LASIK’s laser, however, is a monochromatic 193 nm beam, far from the sun’s 200-800 nm biophotonic symphony. It destroys photoreceptors by freeing vitamin A, contributing to conditions like AMD (age-related macular degeneration), which is now “explosive.” Getting Lasik surgery is akin to speeding up the death of chronic diseases in a few months from blue light because the acute intensity of the laser mimics decades of light abuse.
The Courage to Choose Nature Over Vanity
Courage, rooted in mtDNA’s energy transformation, is the fuel that enables us to thrive. LASIK, often driven by vanity, robs you of this fuel by altering the light your eye clock receives. It’s a gamble with your mind, not just your vision. The centralized medical system, focused on the cornea’s “camera” function, ignores the eye’s role as a circadian metronome. This superficial approach, planning LASIK at its most “commercial” level, creates an alien sun that corrupts your natural thoughts, as I wrote in 2017: “Light, alien man-made light, let in by a laser beam is a modern theme leading to man’s inability to communicate with man.”
A Call to Action: Let the Sun Rewire You
You’re not broken; you’re biologically starved for sunlight. The cornea’s shape is molded by the light you feed it, a life in the shadows of artificial blue light (from screens, LEDs) leads to misshapen corneas and blurred vision. LASIK might seem like a quick fix, but it’s a Faustian bargain. Instead, embrace Nature’s decentralized thesis: step outside, let UV-A and IR-A regenerate your photoreceptors, and retune your photoreceptors in front of your SCN that project to your frontal lobes.
Avoid the massive photoelectric scar that a laser in your eye can leave in your frontal lobes, as the picture below shows. Sunrise, with its red light, meets the water in your eyes to alter magnetic free radicals in mitochondria, resetting your internal clock. Small, daily actions such as 10 minutes of morning sunlight improve you by 1% a day, as I wrote earlier.
LASIK LIGHT IS NOT EQUIVALENT TO SUNLIGHT AND YOUR EYE IS BUILT FOR SUNLIGHT
The human eye was designed by Mother Nature to capture the quality and character of sunlight at the microscopic level. Why? The sun’s power is distributed over a vast area on the macroscopic level. This is precisely the opposite of what the refractive surgeon’s laser light is. He is using light that your mtDNA makes at the nanoscopic level, and this can create massive electrical scars distal to its application.
The line width of the surgeon’s laser light is very narrow compared to the sun. Here is what I mean by that. Imagine you have a device that measures the wavelength of incoming light. Then if you were to measure the wavelength of the sun the an actual device would say that it is not a single number but the wavelength is in a range between X and Y. While this would also be true if you measure the wavelength of a laser, the difference between Y and X would be very very small compared to that of the sun.
Hence, narrow line width.
The surgeon’s laser uses light that is coherent, meaning it has = specific frequency and power.
The light coming out a laser will be of same wavelength and of same phase.
Both of these are essential for most quantum experiments and precision cutting in eye surgery. But that precision comes with significant time risk because centralized medicine has no earthly idea about the eye, SCN, brain, and photo-bioelectric blueprint. It is not taught in medical school or residency. Their laser light is highly powered and significantly more focused, capable of causing electrical damage. Most eye lasers use a lens and focus the power to a small point. This allows for greater control over the use of power. This clinical situation should remind you of the warnings I gave Scott Zimmerman and Sabine Hazan in the two podcasts I did with Dr. Alexis Cowan. I was trying to draw their attention to Harold Morowitz’s principle, the flow of energy through a system acts to organize that system via AMO principles in cells. This was time-stamped into many of Mae Wan Ho’s papers, but I doubt any eye surgeon has read any of them. His ideas help forge my decentralized framework in exploring how light, as the force carrier of the electromagnetic force, drives biological organization at the nanoscale. It also explains how laser light applied to our surfaces mimics a nuclear blast distally in the brain.
IMPLICATIONS OF MISSING THE BASIC PHYSICS OF LIGHT AT THE EYE DOCTOR?
RAPID DEATH BECOMES A REAL POSSIBILITY
The application of the laser in the anterior chamber causes a massive fireball on the cornea, and then the shockwave hits the rest of the eye. As the shock continues along the central retinal pathways, the heat blast hits the brain’s circuitry and causes massive complete dehydration and destruction of the IMM of trillions of mitochondria. It mimics what happens to LA with a surface-level nuclear explosion.
HYPERBOLE, OR DO I UNDERSTAND PHYSICS OF LIGHT BETTER THAN THEY DO?
Centralized Biology Centralized biology’s focus is on the procedural ability to reshape the cornea. They fail to realize the eye is designed as a light antenna for MACROSCOPIC defocused light with a visible spectrum. It is not intended for laser light that mtDNA and RBCs can make. Their macroscopic focus overlooks the nanoscale potency of laser light to transform the tissues distal to the laser rapidly. This rapid death effect is driven by the electromagnetic force’s concentration at small scales, which fully aligns with Morowitz’s principle of energy-driven organization. Macroscopic blue light and non-native electromagnetic fields (nnEMF) from technology disrupt these processes on a more chronic basis by oxidizing heme proteins (e.g., Fe²⁺ to Fe³⁺), destroying Fe-S couples in the IMM and its ability to make DDW water, while generating ROS, and altering proton tunneling in Z-Z pathways, injuring distal tissues contributing to chronic diseases (e.g., neurodegenerative disorders, diabetes).
Getting LASIK surgery is speeding up the process in 13 minutes, and this is why you can die in days, weeks, and months. It is akin to plugging in your 1920 wired home into one of China’s new nuclear power plants and thinking you’re safe. It is just like a nuclear blast to the brain.
The laws of physics determine this effect, not Uncle Jack’s opinion.
The inverse square law states that the intensity of light decreases with the square of the distance from the source: where I is intensity and r is distance.
An eye laser and the sun are fundamentally different, like an arc welder using his torch in seawater versus forging steel in a controlled furnace. In arc welding, the welder meticulously controls voltage (typically 20–40 V), amperage (50–300 A), and shielding gas (e.g., argon) to maintain a stable arc and produce a clean weld. Any deviation, wrong settings, a contaminated electrode, or moisture in the environment disrupts the arc, leading to defects like oxidation, porosity, or cracks that weaken the weld.
The welder relies on real-time feedback, such as the arc’s light and sound, to adjust parameters and ensure precision. Similarly, the sun provides a broad-spectrum, biologically tuned light (0.89–3.94 eV) that gently shapes the eye’s quantum signaling pathways, supporting opsins like neuropsin and melanopsin with coherent, low-energy photons. In contrast, a LASIK excimer laser (193 nm, 6.41 eV) is akin to arc welding in seawater, an unstable and chaotic environment.
The inverse square law (above) shows that light intensity increases dramatically as distance as (r )shrinks. At nanoscale (10⁻⁹ m), atto (10⁻¹⁸ m), and femto (10⁻¹⁵ s) scales, light’s near-field effects dominate, and its interaction with matter becomes more particle-like (photons). This amplifies the energy density. LASIK lasers create light with 6.41 eV photon energy. The chart below show you how powerful that number really is as scale shrinks.
The laser delivers high-energy photons at the nanoscale, creating massive energy fluctuations in the cornea and beyond, with no biological feedback to guide its impact. This disrupts the eye’s delicate photoreceptors and central retinal pathways, spiking reactive oxygen species (ROS) and damaging mitochondrial DNA (mtDNA), much like how seawater would corrode a weld. The downstream effects, altered dopamine, melatonin, and POMC signaling, can lead to mood disorders, chronic pain, and even suicide, as seen in LASIK patients. The sun heals with precision; a laser in the eye burns with reckless abandon.
The Nature Communications study (2015) showed us that cristae alignment is tightly light-regulated in its relation to OPA1. This photonic linkage determines mitochondrial respiratory efficiency in the eye, and it carries implications for health and disease. When you add laser light to this system, you demolish cristae alignment in nanoseconds.
THE EVOLUTIONARY LESSON I HAVE TAUGHT YOU: REMINDER
Picture your mitochondria as ancient forges, stoked by the fiery dawn of the Great Oxygenation Event (GOE) 2.4 billion years ago, when oxygen and UV light quantized metabolism into a celestial rhythm. The TCA and urea cycles are like a cosmic metronome, keeping time across eons. At the heart of this forge stand two photo-bioelectric titans: the Vitamin D receptor (VDR) and cytochrome c oxidase (CCO). Sunlight, a celestial painter, deftly brushes UV, IRA, and NIR across your inner mitochondrial membrane, activating VDR through sulfated Vitamin D3, a molecule your skin crafts in UV’s radiant embrace. VDR, a vigilant sentinel, restrains mitochondrial respiration, thereby slashing reactive oxygen species (ROS) and reactive nitrogen species (RNS), as studies reveal that silencing VDR unleashes a ROS tempest. CCO, our light-hungry alchemist, absorbs these wavelengths, fine-tuning electron transport to keep mitochondrial DNA (mtDNA) as stable as a galactic orbit. Together, they echo the GOE’s legacy, utilizing the sun’s visible light spectrum to mitigate environmental chaos and shield cells from entropy’s relentless tide, a decentralized masterpiece that centralized biochemistry cannot comprehend.
AM sunlight acts as a photonic trigger, modulating the light cone’s optical density of the chambers of the eye via TCA-driven water production and UPE coherence. This added a diurnal photonic rhythm to life in the GOE and is critical in my thesis. Enhancing AM light exposure (e.g., UV-mimicking therapies) could amplify TCA/urea benefits, complementing DDW and PBM to extend life and improve sleep. Over 3.8 billion years, sunrise’s role in TCA/urea activation might have evolved with sleep to optimize energy and repair, with thanatotranscriptomic genes adapting to this cycle. Lasik destroys that rapidly and this activates thanatotranscriptomic genes aberrently. Normally these genes are only turned on by environmental chaos. LASIK defines light chaos for the eye.
How does this system work and fit together? AM sunrise shifts daytime metabolism from glucose (RQ ~1) to TCA/urea cycle dominance. This normally extends life by reducing oxidative stress and improving sleep by optimizing mitochondrial repair. This integrates with melatonin’s CI inhibition, DEC2 regulation in cells. This is the normal stoichiometry life used in the first two domains of life to order light and dark by mandating sleep occur to fix the damage of the day on the IMM and inside the cell. The thanatotranscriptomic genes’ evolved in the first two domains of life to be chaos managers of light stress. 3.8 – 1 billion years ago melatonin was the most important part of this mechanism. These ideas have enriched my photo-bioelectric light cone model because it adds the key diurnal photonic-vibrational dynamic that explains why the eye and brain worked in unison during evolution to innovate sleep. It was done to handle evolving light and oxygen stress life experienced for long time scales in the GOE.
My comprehension of visualizing the evidence of the precision stoichiometry built into the photo-bioelectric circuitry of human systems allows me to understand how lasik kills rapidly. Placing a laser in front of this delicate GOE masterpiece of engineering produces massive voltage and amperage variations in SECONDS in the eye and everything connected to it distally. It is like a nuclear explosion in the anterior chamber, and the sound blast destroys the city of circuits distally connected to it in the brain. This is why the first ten seconds of the video above are critical. The video is not hyperbole when a refractive surgeon uses lasers on your anterior eye.
This example I am giving you also fully explains why the centralized scientific communities fail to recognize how LASIK can KILL like a nuclear bomb does. They do not understand that light gets more potent as the scale shrinks. They cannot explain why people can die rapidly by their own hand due to perception change caused by alteration of the AMO arrangement in your eyes from laser light.
LASIK: Is a Prescription for Ruin with a Nuclear Fallout
In a healthcare system warped by profit-driven incentives, patients are lured by voices that dismiss the sun’s healing power, prescribing instead a cascade of interventions that drain wallets and slash lifespans, misdiagnoses, costing the U.S. billions annually.
Centralized ophthalmology has never put the story of light and the eye together. Neuropsin, melanopsin, and melatonin are the initial protection schemes for the eye. The next guardian is the Vitamin D receptor (VDR), placed in what seems like an unusual spot on the IMM. This is nature’s mitochondrial guardian activated by the visible spectrum in sunlight. When doctors introduce lasers into this system, they are adding nuclear-level light stress to the eye’s photobiological circuits with a massive effect. They completely overlook the VDR inactivation step, and this is why rapid disease creation becomes more probable than not. They have unleashed massive, uncontrolled cataplerosis at the Krebs cycle, driving mtDNA damage, rampant biosynthesis, and systemic decline.
This isn’t just a financial blunder by the patient, it’s a devastating subtraction from your longevity bank account, as the absence of sunlight’s protective brake is over come by the laser light to (via VDR and sulfated Vitamin D) accelerates diseases that centralized medicine fails to diagnose or treat, costing you decades of healthspan in a world where laser and blue light are used indiscriminately by “light experts” who are medical arsonists.
Laser damage and blue light toxicity can be explained by first-principles thinking, and this is a poignant critique. It aligns seamlessly with my photobioelectric thesis. The stoichiometry of mtDNA-driven processes, integrating light, water, and magnetism through the surfaces of the skin, eyes, and brain. Visible low-powered sunlight creates a precise “arc weld” for health, once the light is processed and transformed by our blood, mtDNA, and DNA to sculpt our tissues.
Carefully look AT THE ELECTRON VOLTAGE OF BOTH LIGHTS ABOVE
Are they the same?
6.41 eV does not equal 0.89 – 3.94 eV, does it?
Remember that the 3.94 eV is at the macroscopic level. Is the 6.41 eV delivered the same way? Nope. It is at the nanoscale. What happens to light at the nano, atto, and femtoscales?
What does the physics of the inverse square law say about light as scale shrinks? What has my thesis said about the power of ultraweak UPEs? Calling them “weak” is a failure in understanding how light power changes as scale varies.
No, it’s not. Sunlight’s macroscopic delivery supports broad biological harmony, while the LASIK laser’s nanoscale delivery is a localized, high-energy intervention. This difference in scale fundamentally alters how the light interacts with biological systems, especially at the quantum level.
The mitochondrial weld requires precise “settings” (light, DDW, oxygen). The surgeon’s laser destroys this stiociometry in seconds in the eye. This creates a tsunami of destruction distally in the brain. Low-powered blue light taken out of its sister colors causes blue light toxicity because of the photonic precision with which the system was designed. It is akin to a welder using the wrong electrode, causing defects (altered consciousness, mental disease) in the weld seam (health). When this balance is disrupted by modern stressors like an excimer laser, that type of light becomes capable of altering consciousness, impairing cognitive clarity, creating acute massive emotional changes, and the misunderstanding of how light changes its power as scale, blinds researchers to the quantum underpinnings of the damage this iatrogenic procedure can cause.
CLOCKS WORK BY LIGHT AND TEMPERATURE
I bet you did not know temperature effects also get stronger as the scale decreases. 6.41 eV photonic power = 150 degrees C. Recall that circadian biology operate by light and dark and temperature variations. That lesson goes all the way back to the Cold Thermogenesis 4-6 blogs. Read them again.
Temperature at Macroscopic Scales:
At larger scales (e.g., the whole anterior chamber, ~250 µL of aqueous humor), temperature is relatively stable due to thermal diffusion and convection. The cornea’s baseline temperature is ~34°C (slightly cooler than body temperature, 37°C, due to exposure), and the aqueous humor helps maintain thermal homeostasis.
- Sunlight’s diffuse exposure (0.89–3.94 eV) causes negligible temperature changes in the eye, as its energy is distributed over a large area and absorbed gradually by photoreceptors and chromophores.Temperature at Nanoscale: Localized Spikes:
At the nanoscale, where the LASIK laser interacts with the cornea, temperature behaves differently due to the confinement of energy and limited thermal diffusion:
Energy Confinement: The LASIK laser delivers 1.256 mJ per pulse (as calculated earlier) over a tiny area (~0.00785 cm²) and volume (1.9625 × 10⁻⁷ cm³). This concentrated energy causes a rapid, localized temperature spike at the ablation site, estimated to be 100–150°C for a duration of nanoseconds (see previous answer).
Reduced Thermal Diffusion: At nanoscale distances and femtosecond-to-nanosecond timescales, heat dissipation is hindered. The thermal diffusion length ( L ) is given by:
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- Biological Implications in the Anterior Chamber: WITH SUNLIGHTThe anterior chamber is a small, enclosed space (~3 mm deep, 12 mm diameter). A localized temperature spike of 100–150°C at the cornea-laser interface, even for a brief duration of nanoseconds, can create a shockwave and microcavitation in the aqueous humor, as the rapid vaporization of tissue forms a plasma plume. This can mechanically stress nearby structures, such as the iris and lens. The same effects can occur during cataract surgery when a laser is used.
The SCN, located posterior to the anterior chamber, isn’t directly heated but is affected by the disruption of light signaling. The temperature spike damages neuropsin in the cornea, impairing UV-A detection and desynchronizing the suprachiasmatic nucleus (SCN). This cascades to the leptin-melanocortin pathways (reduced POMC cleavage, lower β-endorphin, and α-MSH) and the habenular nucleus (dopamine suppression, increased depression risk).
Temperature and Circadian Biology: Scale Effects of LASER LIGHT
Macroscopic Temperature: The SCN responds to gradual temperature changes (e.g., diurnal cycles of 1–2°C) to entrain circadian rhythms. A stable temperature in the anterior chamber supports this process by maintaining the flow of aqueous humor and promoting corneal metabolism.
Nanoscale Temperature Spikes: The LASIK laser’s 100–150°C spike, though brief, disrupts the anterior chamber’s homeostasis massively. It damages all the photoreceptors anterior to the SCN and the SCN itself and spikes ROS in corneal mitochondria, sending aberrant light signals to the SCN. This desynchronization affects the leptin-melanocortin system (metabolic chaos, pain) and habenular nucleus (mood disorders), aligning with the LASIK suicide outcomes I’ve highlighted in this blog. Decentralized medicine understands what it cannot. So, when you sign their consent form for lasik or cataract surgery, are you really informed of the real risks?
HOW IS SEE LASIK FROM THE CIRCADIAN PERSPECTIVE:
Watch 5:35 to 8:00 HYPERLINK
This theoretical temperature scale below underscores the disruptive potential of the LASIK laser’s high-energy photons on the cornea’s quantum signaling pathways, as your thesis highlights. It’s a stark contrast to sunlight’s biologically tuned interaction
- Biological Implications in the Anterior Chamber: WITH SUNLIGHTThe anterior chamber is a small, enclosed space (~3 mm deep, 12 mm diameter). A localized temperature spike of 100–150°C at the cornea-laser interface, even for a brief duration of nanoseconds, can create a shockwave and microcavitation in the aqueous humor, as the rapid vaporization of tissue forms a plasma plume. This can mechanically stress nearby structures, such as the iris and lens. The same effects can occur during cataract surgery when a laser is used.
- STILL THINK COMPARING LASIK TO A NUCLEAR BLAST IS HYPERBOLE?I think it is the best descriptor I can imagine.
SUMMARY
See the World as It Could Be when light and temperature from light are being delivered at a small scale, not as it should be, to understand disease.
The miracle of your mind is seeing the world as it isn’t, imagining possibilities beyond the present. But LASIK traps you in a RAPID, destructive cycle of repetitive, dopamine-starved thinking, blocking untapped potential. It can unravel your life in a matter of months.
Think of your body as a city that runs on sunlight, with tiny light sparks (UPEs) keeping everything in sync, like a conductor for an orchestra. Sunlight sets your body’s clock by hitting special proteins in your eyes (like neuropsin, melanopsin, CCO, and water) that love the combo of UV, blue light, and IR light found in the sun, telling your cells when to burn fat (beta-oxidation) and make energy. Tiny helpers in your cells, IMM, called NAD+ and NADH, catch sunlight’s energy and glow a bit, passing it to other proteins (flavins) to keep your energy factory (mitochondria) humming. This system received a significant boost billions of years ago (GOE) when Earth’s atmosphere became more oxygen-rich, allowing cells to utilize light and oxygen to produce these sparks and specialized water for enhanced cooperation.
Vitamin D, made from sunlight in your skin, also plays a role. It’s built without nitrogen (unlike most proteins), so it can catch the right kind of sunlight (UVB) without messing up to act as a brake. It is a protection system to protect the ATPase from short-circuiting. The strip of blue glow inside the sun’s small sliver of light helps your body’s clock, too. But modern life, with screen light and Wi-Fi, throws this off; it’s like a loud noise drowning out the conductor, making your cells confused and sick. An excimer laser is a nuclear explosion in this system. There is no protection from this blast of light.
The decentralized dance of light, opsins, and mtDNA is your path to courage, clarity, and resilience. So, do you have the courage to avoid modern refractive surgery and let the sun heal you safely? Share this truth: post a sunrise selfie with #SolarRewire, challenge friends to 10 minutes daily in Nature, and spread the message that sunlight is life’s conductor. Your journey to a vibrant, electrified self starts now. #NatureIsTheCure, not refractive surgery.
CITES
2. The Laws of Physics tied to QFT