1. As men age, their Testosterone levels are designed to drop in quantized fashion due to how much water their colony of mitochondria can generate from a unit of electrons and protons from food. Moreover, this scales back to the relationship between space and time. Matter deforms space-time to it tells us LIGHT how to curve and then light flows based upon the curve and from that interaction, time is altered. How space-time curves describe the flow of time. These relationships also exist in your cells. The matter in your cells is like like testosterone and Vitamin D3 and they "tell" light how to act in cells via Fermat's law.
Yes, proteins contain quantum information that informs cells where to put the light. You heard me correctly.
So what does this all mean for aging men? As you age, Mother Nature wants you a bit more chubby than you were when you were younger, or when your heteroplasmy rates were lower. Higher heteroplasmy means that you cannot burn fat as well as you did as a young stud.

What might be the reason for this counterintuitive position of Mother NAture? If your engines are not optimized do you really want to put the best fuel in them ALL THE TIME (KETOSIS/carnivore) so that you MUST have to have high levels of oxygen to accept all the electrons from fat if you cannot burn the fat? But when you exercise in a nnEMF environment that makes your cells hypoxic how does this square?

Won't that allow more unused oxygen to linger and turn into free radicals that deplete your stem cell supply as you age? IT APPEARS MOTHER NATURE IS A SMART MISTRESS FOR US MEN.

Is this why she wants us a bit chubbier than we want to be as we age gracefully? As a result, is this why we have less muscle mass and more abdominal fat with a lower IGF-1 because we have a higher heteroplasmy rate than we did as a young stud? Is this why supercentenarians seem to all have defects in IGF1 signaling after age 50? Does all this happen because this slows time down as our colony of mitochondria are aging and becoming less energy efficient for fat oxidation? Is this Kleiber's power law showing up as our colony of mitochondrial fail? Is this why hypertrophying your muscles as you age is stealing power from the brain and heart as we age and heteroplasmy rises?

This might not fit your belief paradigm but this is how we operate. This is how nature operates and it turns out melanopsin is a key cog in how & why she does it.
Mass is a characteristic of things made of matter. Matter is linked to the gravitational force. As gravity varies, the flow of time varies in space, and here on Earth, your experience of time varies as your mass or matter vary. Testosterone is one aspect of matter in your cells. A lack of it reduces your mass and increases your buoyancy because you have more fat. More fat allows you to make more water in your matrix via the metabolism of fat. Nature cannot tap this water source in your fat until the mitochondrial matrix improves by lowering your heteroplasmy rate. This protects our stem cell supply and this is how time flow is handled as we age on Earth.

So in that quantum mechanical sense the bigger you are the more gravity you experience on Earth and the longer time appears on a relative basis to your circadian broken mechanism from the melanopsin problem in your eye and skin? Nature has a plan to help you when you do not help yourself. She is giving you time to get the message you need to change the light environment around you to gain back what you lost in your stem cells before it is too late. There is an exquisite relationship between obesity and stem cell supply that is linked to the time flow in cells via the peripheral and central clock mechanisms in man. This is why the data on the supercentenarians in Mt Sinai hospital in NYC shows all these guys above 100 to have BMI's between 28-35. It seems to be absurd on the surface until you see how physics makes the pieces fit.

It is also why heavily muscled guys tend to die sooner.
Nature is funny like that; she offends common sense all the time.

So the antiaging and T-doctors who push men to use artificially made T might be altering the timing mechanism (telomeres) in your cells this could deplete your stem cells so you never reach 100. Might we see that in WBCs before your heart attack? Yep.

How is that for a counterintuitive reality BOMB???
but Uncle Jack,........ there are many who think higher T's via the syringe is wise options. Humans that are the rarest, those over 100 paint a different picture.
The rest of us should now have a new way to look at what nature is telling us.
This is why if you live high off the earth at altitude you tend to die sooner. This is why tall Dutchmen die sooner. They are the tallest men on average on Earth and further from the center of gravity of Earth. Shorter people tend to live longer on a relative basis.

The size of proteins that make up the matter in it determines the flow of time because it changes the way light travels in it. Your blood is not a vacuum-like space is for life but not one of you realize it. This link even scales to the particle size of LDL in your blood. It is why APO B and Lpa are linked to cardiac diseases. This is why the lipid panel interests the decentralized clinicians. It is not for the reasons the cardiologist or longevity experts think.
The bigger the size of the particles in our blood plasma, is a thermodynamic footprint of how entropy is flowing in our tissues. It is a proxy for the damage done to the molecular clocks. Size and shape of molecules also tell us about energy status in us at a quantum level. The more time is distorted, the worse lipids and hormone panels look like in our cells on a relative basis. Time is relative because it is created by light in a system. This is what creates this testosterone paradox. This is why older people tend to fatten when their heteroplasmy rises with every decade...........Nature knows her physics. Do you? How is light shaping your life now?Image
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2. Energy and information in the living state are normally coupled and quantized by light and oxygen levels. Once apoptosis control is lost, we also lose control of beta oxidation and protein metabolism. This means the carnivore and ketogenic diets become problematic for some… https://t.co/s5In4SHgzitwitter.com/i/web/status/1…
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3. In E = mc^2, Energy represents information and energy and we know this from physics and information theory. Both energy and information are transferred in quanta. They are not continuous. The hydrogen isotope isoforms (deuterium) allowed inside the matrix and cytosol are… https://t.co/dAyAJ7HBIltwitter.com/i/web/status/1…
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4. This is impacted by red light exposure on the hydration cell of magnesium ions in the matrix that is gel like because of the effect of magnesium on the viscosity of the environment. Red light creates water at cytochrome c oxidase to support Mg function. Without it Mg does… https://t.co/OwPvOD4mXMtwitter.com/i/web/status/1…


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5. Magnesium in the matrix hydrates it to form a gel which controls the size and shape and arrangement of the cristae to allow it to oscillate at 100Hz. That is optimal beta oxidation as Meagan McManus showed in her research. The matrix isoforms stops the TCA cycle from… https://t.co/xe0q5LYOxetwitter.com/i/web/status/1…



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6. In the cytosol, the urea cycle also uses fumaerase to add water in amino acid metabolism. This is why protein metabolism (carnivore diet) is a problem in aging and in some cancers. It is also why fat burning can be issue as well as we age. If water recycling is broken in the… https://t.co/RzsZOo79sHtwitter.com/i/web/status/1…


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7. Restoration of metabolism repairs information deficits and tumors respond without drugs. High dose IV Vitamin C with a quinone (Vitamin E or K) can remove deuterium to improve hydrogen flows to stimulate apoptosis and re-establish the ability of T cells to get rid of cancer… https://t.co/PoB6N6PZnYtwitter.com/i/web/status/1…



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8. Red light moves things with mass, and it alters the protons in the hydrogen bonds to stimulate the energy of activation of performing this task at the speed of light with little need of ATP. Information quanta in the light affects the proton conduction to control this gating… https://t.co/AKrmItby0xtwitter.com/i/web/status/1…
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More from @DrJackKruse

May 23
2. My concern about NO release and its impact on stem cell biology should be particularly noteworthy. I'm just stunned that PhDs jump right out and think this is a great idea. Biophysically, this is insanity!! NO is a key signaling molecule, and its dysregulation could affect not only stem cells but also vascular function, immune responses, and neuronal signaling. The interaction between NIR exposure and NO production needs further investigation, as excessive NO could lead to nitrosative stress, which might exacerbate conditions like inflammation or neurodegeneration.

Moreover, my decentralized thesis suggests a preference for distributed, non-centralized systems, which should extend to concerns about centralized control over such technologies.

These lenses, if controlled by a few corporations or governments, could lead to monopolistic practices, data collection (if the lenses are “smart”), or restricted access, conflicting with decentralized principles.Image
3. Off the top of my head, here are some of my concerns with this "kind of tech"

Potential Problems with NIR-Enabling Contact Lenses

Nitric Oxide (NO) Release and Stem Cell Disruption
NIR exposure has been linked to the release of nitric oxide (NO) in biological tissues, which can influence cellular signaling pathways. Excessive NO could disrupt stem cell differentiation and proliferation, potentially affecting tissue repair and regeneration. This could lead to unintended consequences in stem cell biology, such as altered regenerative capacities or increased risk of cellular dysfunction.
Read 13 tweets
May 22
1. Why do they employ geoengineering?
What are the silent weapons for the silent wars?
Atoms that aren't supposed to be in your semiconductors.
Why do they hate the sun?
Because melanin removes the atoms they are chronically placing in you to control you.
Melanin is a master chelator of aberrent atoms added to your environment by your government.

If you ran an alive semiconductor factory, as Robert O. Becker showed in his book, amphibians, reptiles, and mammals clearly do this in their cells.......would you add atoms and elements during your biological photolithography step?

Why does AMD and Intel build their semiconductors in clean rooms but people here continually shit the bed and think adding exogenous atoms that have no place in their semiconductuve phase makes any sense? You know this book lays it out? The semiconductor story is right; it occurs in each one of you, right?

What happens when you add dopants to a semiconductor that is not supposed to be in the recipe?Image
2. When you add dopants to a semiconductor that aren’t part of the intended recipe, you’re altering its electrical properties in ways that might not align with its original design.

Dopants are impurities added deliberately to tune a semiconductor’s conductivity—n-type dopants (like phosphorus) donate extra electrons, while p-type dopants (like boron) create "holes" by accepting electrons. Suppose you introduce an unplanned dopant (supplement/peptide/drug/jab).

In that case, a few things can happen depending on what you add, how much, and the base material (say, silicon or gallium arsenide).Image
3. First, the carrier concentration changes. If you accidentally dope an intrinsic (pure) semiconductor with an n-type dopant when it wasn’t meant to be, you’ll flood it with free electrons, making it conductive in a way it wasn’t supposed to be.

If it’s already doped (say, p-type) and you add an opposite-type dopant (n-type), you could compensate the existing carriers—holes and electrons cancel each other out, reducing conductivity or even flipping the material’s type entirely if the new dopant overpowers the old one.Image
Read 8 tweets
May 20
Nature is wise.

DID YOU KNOW THIS?

When a crow feels sick… it visits an anthill.

Sounds strange? It’s actually one of nature’s most fascinating healing rituals.

When a crow senses it’s unwell, it will intentionally find an anthill, spread its wings wide, and remain completely still—waiting for the ants to crawl into its feathers.

Why?

Because ants release formic acid—a natural antiseptic that kills bacteria, fungi, and parasites hiding in the bird’s feathers.
This behavior is called “anting”, and it’s been observed not just in crows, but in many bird species.

No medicine.
No vet.
Just pure instinct and nature’s built-in pharmacy.

A brilliant reminder that the natural world is full of intelligent, self-healing systems…
We just need to stop and notice.Image
2. Formic acid, as a weak acid, can act as a protonophore, partially disrupting the proton gradient across the cristae membrane. This disruption changes the dynamics of electron flow, as the ETC compensates to maintain ATP production, often increasing reactive oxygen species (ROS) generation. When ROS is altered that means mtDNA alters its UPEs as a signal. In Shannon's theorem messages that are important are unique. A change in UPEs is that unique message. That alteration is how mtDNA alter their cristae alignment to signal to other mitochondria their energy status. @MitoPsychoBio nature.com/articles/ncomm…
3. Biophysics and bioelectric scientists have always hesitated to fully endorse my take on the EMF-cristae alignment mechanism because direct measurements of endogenous EMFs from intracelluar photomultipliers shaping cristae are not present due to a lack of technology. These scientist act like first principle thinking is non existant. My emphasis on first principle thinking to understand the unknown comes from knowing what we know to be axiomatically true already, namely, that charge movement creates EMFs in Nature, and paramagnetic clusters must respond to these fields, and UPEs as metabolic signals, makes this mechanism not only plausible but highly probable based on the laws of physics, especially given ancient origins in ferredoxin and the GOE. The crow’s anting behavior and the GBM example further illustrate that these processes are biologically relevant, not speculative. Savages should stay aligned with my vision and avoid introducing unnecessary caution, focusing instead on the interconnectedness of these mechanisms in decentralized biology. 20 years ago I fell upon these mechanisms and now they are finally seeing what they missed. scientificamerican.com/article/why-mi…
Read 4 tweets
May 20
1. Smart lights contain transistors that control the LEDs, and smart lighting [bulb] systems are integrated with surveillance systems.
In 15 minute smart cities, these smart lights with integrated sensors and connectivity are used for occupancy tracking, motion detection, or monitoring activity patterns.
Smart lighting systems transmit data, including usage patterns or environmental data, to central servers or monitoring systems.
The specific capabilities would depend on the system design and implementation.
Smart light bulb systems integrate with audio and video surveillance.
For instance, certain smart light bulbs or fixtures have built-in cameras or microphones, or they might be connected to separate cameras or sensors.
These systems can capture and transmit audio and video feeds, often for security or monitoring purposes.Image
2. Some examples include:
- Smart doorbells with cameras
- Security lights with motion detection and camera capabilities
- and integrated building management systems that incorporate audio, video, and lighting controls
LED lighting became popular in the early 2000s, and smart lighting started gaining traction around 2010 with the introduction of connected lighting systems.
These systems allowed people to control lights remotely using smartphones or voice assistants.
The transition to smart lighting has been gradual, with various technologies and innovations emerging over the past decade or so.
Compact fluorescent lamps, or CFLs, were introduced in the 1980s, but they gained popularity in the early 2000s as a more energy-efficient alternative to incandescent bulbs.
Smart bulbs, on the other hand, started appearing around 2012-2013 with the introduction of LED bulbs that could be controlled wirelessly through smartphones or voice assistants.
Since then, smart lighting technology has continued to evolve and become more widespread.
These bulbs often use LED technology and can be controlled wirelessly through protocols like Zigbee, Z-Wave, or Bluetooth.
They can include features like dimming, color changing, and motion sensing.
Some notable examples of smart bulb brands that emerged during this time include Philips Hue, which released its first products in 2012, and other companies followed suit, expanding the smart lighting market.
In a Authoritarian governmental regime, smart bulbs with surveillance capabilities are used for various forms of monitoring and control.
Here are some examples on how these are being utilized.
Smart bulbs are used to track citizens' movements and activities through motion sensors and location data.
The bulbs can be used to monitor and control public spaces, such as streets, parks, and plazas.
They can also be used to collect data on citizens' behavior, such as their daily routines and habits.Image
3. Implementations include:
- using smart bulbs to identify and track individuals, monitor and control access to certain areas
- track citizens' movements and activities
- monitor public spaces
- collect data on citizens' behavior
- control lighting levels and colors to influence mood or behavior
- integrate with other surveillance systems
- monitor and control public gatherings
- track and monitor dissidents or activists
- and use data collected from smart bulbs to inform policy decisions or enforcement actions
Read 7 tweets
May 19
Decentralized Medicine: Rewriting the Rules of Health

New blog.
patreon.com/posts/decentra…
Now, meet decentralized medicine, the paradigm that leaves the others in the dust. Unlike its predecessors, decentralized medicine doesn’t treat symptoms, manage biomarkers, or tinker with biochemical pathways in isolation. It reverses chronic diseases by aligning with the fundamental laws of nature, focusing on how your environment and choices shape your health. At its core is a radical insight: your mitochondrial DNA (mtDNA) transforms energy into ultra-weak photon emissions (UPEs), and these energy signals sculpt your phenotype, the physical expression of your health. This isn’t about RNA or nuclear DNA, the usual suspects in medical dogma. It’s about thermodynamics, the energy flow that dictates whether you thrive or decay.

We’re at a tipping point. Chronic diseases are skyrocketing, and the old models, whether allopathy’s symptom-chasing, functional medicine’s supplement overload, or longevity medicine’s data fetish, aren’t keeping up.

Decentralized medicine offers a way out, not by inventing new drugs or gadgets but by returning to the principles that govern life itself. It’s a call to action: stop outsourcing your health to systems prioritizing profit or dogma over truth. Take charge of your environment, align with nature’s rhythms, and unlock the energy that heals.
This isn’t just a new kind of medicine—it’s a movement. Share this vision with your friends, family, and anyone tired of being a patient in a broken system. Decentralized medicine isn’t coming to save you; it’s already here, waiting for you to step into its power.
2. And this one will be counterintuitive to most. Still, especially the food guru and exercise gurus, when you live in a world where you steal your redox faster than influencers steal your money and time, exercise is losing its luster for men. I have said it for 20 years, and now science is shocked to show my insights may have some merit. It is time to rewrite your rules, folks.

You're being lied to because no one controls their food guru's stories and exercise stories to light.Image
Read 6 tweets
May 17
If one demyelinate at any level, your Tensegrity redox power will be suboptimal. Myelin is built from the TCA and urea cycle and requires AM sunlight for its construction. What happens when the photo-bioelectric system underpinning it unwinds? Fragile young humans are now built epigenetically to crumble on impact, like the facial bones or the front ends of cars are designed today. Auto manufacturers mimic this design feature in life, which innovated it to protect their developing organs within. Demyelination and collagen vascular diseases are failures in biophysics below the cell level. They are not autoimmune diseases.Image
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2. The seventh nuclear bomb in my thesis is connective tissue linking matter to water bathed in liquid crystalline sunshine captured like amber in water. It is a cosmic tapestry woven from collagen, elastin, and fibrillin. Nature’s structural trinity that sings of light, resilience, and quantum harmony across evolutionary eons. Collagen, the most abundant protein in the body, emerged post-GOE around 1.5 billion years ago as a scaffold for multicellularity in early sponges, its triple helix a celestial lattice designed to withstand mechanical stress while storing energy at electronic and vibrational levels. The GOE experience on Earth forged Collagen. You cannot make it without oxygen, ROS, UV, and IR light.
3. By the Cambrian Explosion (540 million years ago), collagen diversified into forms tailored for specific roles: Type I, a tensile titan in skin and bone, evolved to resist gravity’s pull on land; Type II, a cushioned maestro in cartilage, supported joint mobility; Type III, a flexible weaver in blood vessels, ensured vascular integrity; Type IV, a delicate mesh in basement membranes, filtered life’s essentials; and Type V, a subtle architect, fine-tuned fibril assembly.

Each form, sculpted by light-driven mechanical and bioelectric cues, became a quantum scaffold, its piezoelectric and flexoelectric properties generating charge under stress, while its triple helix entangled photons (akin to entangled states, Yin et al., 2013), facilitating non-local signaling to maintain tissue coherence. Hydrated by an ocean of ECM and mitochondrial water, structured by UV and IRA light, collagen’s quantum coherence amplified charge propagation, a cosmic conductor of photo-bioelectric harmony.Image
Read 8 tweets

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