Dr. Morse has zero clue what ultrasound does to water in a tendon over time. If he did he would not help you facilitate your future torn Achilles tendon. If you want prevention do not screen. Walk on a beach with your feet in the water every AM, begin using grounding shoes, and use the abscopal effect of sunlight on your skin to increse the piezo electric and flexoelectric strength of solar photons to strengthen your tendons and joints.
You do not have to come to El Salvador to see me. I offer you this Rx here on X for free. You can asked Adrian Peterson, Drew Brees, or Cam Akers. We use biophyscis and quantum biology to help our trainers and athletes.
In centrlaized medicine where ultrasound screenings are used this is what they do not tell you: Using conventional orthopedic management most of these injuries requiring 9–12 months on average. See Dan Marino. Achilles tendon ruptures are severe injuries in the NFL, with historical return-to-play (RTP) rates around 60–70% and typical timelines of about 11 months for those who do return.
The first person who used decentrlaized ideas was Jerry Rice for his ACL. See how that went. He came back in same season. See TO. Broke his leg in season and played in SB that same season.
See AP.
Tore his ACL and embraced the suck of decentralized ideas and ran for 2000 yds the next yr. See 2012 T Suggs. Tore his Achilles and came back in 6 months to play in the last SB the Ravens won with Harbaugh.
Tom Brady began to use naked sunbathing to fuel his play to 47 yrs old after a KC Safety took his ACL out. These are the things centralized medicine has made fun of at your expense. Aaron Rogers uses decentrlaized medicine to come back from his ACL and is playing tonight. The media and retards made fun of his use of cold and darkness with him walking the beach in malibu as he came back at over 40 yrs old. That was a very un- Marino think Aaron did a few years ago.
Do you want to be like everyone else and do ultrasounds on you achilles or do you want to put the extra in ordinary to do what the few in the NFL have? Embrace the suck of Nature to come back fast.
You do not have to come to El Salvador to see me. I offer you this Rx here on X for free. You can asked Adrian Peterson, Drew Brees, or Cam Akers. We use biophyscis and quantum biology to help our trainers and athletes.
In centrlaized medicine where ultrasound screenings are used this is what they do not tell you: Using conventional orthopedic management most of these injuries requiring 9–12 months on average. See Dan Marino. Achilles tendon ruptures are severe injuries in the NFL, with historical return-to-play (RTP) rates around 60–70% and typical timelines of about 11 months for those who do return.
The first person who used decentrlaized ideas was Jerry Rice for his ACL. See how that went. He came back in same season. See TO. Broke his leg in season and played in SB that same season.
See AP.
Tore his ACL and embraced the suck of decentralized ideas and ran for 2000 yds the next yr. See 2012 T Suggs. Tore his Achilles and came back in 6 months to play in the last SB the Ravens won with Harbaugh.
Tom Brady began to use naked sunbathing to fuel his play to 47 yrs old after a KC Safety took his ACL out. These are the things centralized medicine has made fun of at your expense. Aaron Rogers uses decentrlaized medicine to come back from his ACL and is playing tonight. The media and retards made fun of his use of cold and darkness with him walking the beach in malibu as he came back at over 40 yrs old. That was a very un- Marino think Aaron did a few years ago.
Do you want to be like everyone else and do ultrasounds on you achilles or do you want to put the extra in ordinary to do what the few in the NFL have? Embrace the suck of Nature to come back fast.
https://x.com/DrJackKruse/status/2010494761262604653
2. Let us ask the question Dr. Morse is too ignorant to raise, namely, what are the effects of using ultrasound on coherent domains in water? It is well established in the literature that for collagen to keep its piezo and flexoelectric abilities to performs it must be well hydrated by CCO from heme proteins. So what does screening ultrasound do to the collagen matrix in the Achilles based on what is known?
3. Ultrasound used in medical offices is considered by water researchers to be high intensity. Did you know this? I know the good doctor Morse doesn't because he has never read a water journal in physics in his life. If he had, he'd never have invited anyone to Miami to use a high intensity ultrasound machine to screen them. WHY?
4. High-intensity ultrasound used in centralized medicine screening tends to disrupt coherence (via cavitation or shear), while low-intensity or targeted applications may enhance or manipulate it through phonon-mediated interactions. These papers are all published in physics journals and water journals for you to read. I hand them out to my professional athlete clients and tell them to never let their TRAINERS near them with a ten foot pool if they are carrying an ultrasound machine.
These findings are backed by experiments in fields like quantum biology and water research. They remain controversial ONLY mainstream science who uses ultrasound to make money.
What does medical ultrasound cause?
These findings are backed by experiments in fields like quantum biology and water research. They remain controversial ONLY mainstream science who uses ultrasound to make money.
What does medical ultrasound cause?
5. Ultrasound, as high-frequency acoustic waves in screening devices, can interact with these coherent domains through mechanical pressure, cavitation, or phonon coupling, leading to various deleterious effects The effects depend upon level of heteroplasmy in the ligament, how much damage is done to CCO by a lack of proper grounding and solar exposure, the of use intensity, frequency, are all contextual.
What is the other problem.
It destroys the photomolecualr effect found in water because of heat generation.
I bet most centralized MDs have never heard of this effect because they are too busy reading up on the food pyramid.
Loss of this effect is like putting sunglasses in front of CCO in your achilles tendon because it disrupts ELF-UV signaling in mitochondria.
I tell all my atheletes if I ever see you wearing sunglasses or using ultrasound I will fire you. Below is why.
What is the other problem.
It destroys the photomolecualr effect found in water because of heat generation.
I bet most centralized MDs have never heard of this effect because they are too busy reading up on the food pyramid.
Loss of this effect is like putting sunglasses in front of CCO in your achilles tendon because it disrupts ELF-UV signaling in mitochondria.
I tell all my atheletes if I ever see you wearing sunglasses or using ultrasound I will fire you. Below is why.
6. Use of ultrasound also eliminate the pyroelectric effect in water. What is that one?
Not only do sunglasses do this, but this is why I won't let my guys get their nails on hands or feet be covered with any toxic substance to prevent future injury.
Caleb Williams carries this risk.
Not only do sunglasses do this, but this is why I won't let my guys get their nails on hands or feet be covered with any toxic substance to prevent future injury.
Caleb Williams carries this risk.
7. The last quantum biological process US destroys is flexoelectricity. This is the ability of tendons, ligaments, discs, ....etc to retain their memories of what optimal triple helical function is under any stressor. Once flexoelectric currents are lost in collagen an injury is for sure coming.
How?
This disruptive effect is relevant in superirradiance biology in biological water networks. This was what Montagnier was realy studying in his 2009 paper on water that I mentioned to Huberman in the Tetra podcast. Ultrasound can be used to improve or negate its ability to remember electromagnetic signaling from UPEs. Pseudoscientific people call this "a control mechanism to negate "memory" effects."
Decentralized science understands that solitons are used at night during sleep to restore tissue when skeletal muslce are parlyzed in sleep cycle to erase poor redox patterns you acquired during activity.
Ultrasound exposure has been shown experiementally to break down coherent domains, particularly in scenarios involving "water memory". The creation of DDW from CCO is how water increases its ability to be imprinted by light photons.
This flexoelectric ability is how water retains information from dissolved solutes from tissue damage. most collagen is surrounded by different water than CCO makes. So when DDW is created it dilutes high deuterium extracellular water derived from the blood (slide below) with DDW to allow tisues to erase redox damage to repair itself photo bio-electrically.
This disruption eliminates the biological or physical effects associated with these structures, similar to thermal denaturation. This effect mirrors heating water to 70°C for one hour, suggesting ultrasound induces mechanical shear or vibrational energy that destabilizes the quantum-coherent oscillations. Flexoelectric effects RESTORE this healing ability in collagen.
For instance, in studies on water memory mechanisms, ultrasound has been shown to completely abolish the biological efficiency of substances like histamine, implying it dismantles underlying nanostructures such as chains of nano-pearls or ferroelectric crystallites that support coherence.
These are the foundational reason my clients avoid high intensity medical screening ultrasound. You do not have to pay me for this info. Decentralized medicine wants all to use it.
I write about all this for clients and they become first principle thinkers and become problems for the centralized MDs trainers, and food guru influencers.
That is how I roll. I show them Nature's plan in using flexoelectricity to their benefit when a bolt fo lightening hits a tree and the tree remains undamaged. I want to turn my athlete clients into that tree and not the one who explodes because the tree in your neighbor's yard is loaded with big Ag chemicals and fertilizers that ruin this effect in your trees.
How?
This disruptive effect is relevant in superirradiance biology in biological water networks. This was what Montagnier was realy studying in his 2009 paper on water that I mentioned to Huberman in the Tetra podcast. Ultrasound can be used to improve or negate its ability to remember electromagnetic signaling from UPEs. Pseudoscientific people call this "a control mechanism to negate "memory" effects."
Decentralized science understands that solitons are used at night during sleep to restore tissue when skeletal muslce are parlyzed in sleep cycle to erase poor redox patterns you acquired during activity.
Ultrasound exposure has been shown experiementally to break down coherent domains, particularly in scenarios involving "water memory". The creation of DDW from CCO is how water increases its ability to be imprinted by light photons.
This flexoelectric ability is how water retains information from dissolved solutes from tissue damage. most collagen is surrounded by different water than CCO makes. So when DDW is created it dilutes high deuterium extracellular water derived from the blood (slide below) with DDW to allow tisues to erase redox damage to repair itself photo bio-electrically.
This disruption eliminates the biological or physical effects associated with these structures, similar to thermal denaturation. This effect mirrors heating water to 70°C for one hour, suggesting ultrasound induces mechanical shear or vibrational energy that destabilizes the quantum-coherent oscillations. Flexoelectric effects RESTORE this healing ability in collagen.
For instance, in studies on water memory mechanisms, ultrasound has been shown to completely abolish the biological efficiency of substances like histamine, implying it dismantles underlying nanostructures such as chains of nano-pearls or ferroelectric crystallites that support coherence.
These are the foundational reason my clients avoid high intensity medical screening ultrasound. You do not have to pay me for this info. Decentralized medicine wants all to use it.
I write about all this for clients and they become first principle thinkers and become problems for the centralized MDs trainers, and food guru influencers.
That is how I roll. I show them Nature's plan in using flexoelectricity to their benefit when a bolt fo lightening hits a tree and the tree remains undamaged. I want to turn my athlete clients into that tree and not the one who explodes because the tree in your neighbor's yard is loaded with big Ag chemicals and fertilizers that ruin this effect in your trees.
8.
9. I copy this blog and hand it to all my athletes with collagen and soft tissue injuries. patreon.com/posts/cpc-30-g…
10. People struggle to understand how scales changes how things can act in Nature.
For example, so if atoms are 99.999999999% empty space… what happens if we magically squish out all that emptiness and only keep the actual "stuff" (the nuclei and electrons)?
All 8 billion+ people on Earth, every bit of their real physical matter, would fit inside something about the size of one ordinary sugar cube!
For example, so if atoms are 99.999999999% empty space… what happens if we magically squish out all that emptiness and only keep the actual "stuff" (the nuclei and electrons)?
All 8 billion+ people on Earth, every bit of their real physical matter, would fit inside something about the size of one ordinary sugar cube!
11. You are mostly empty space, but the forces and patterns in that space make you perfectly real, solid-feeling, and amazing. It makes your collagen appear strong.
Matter isn't about being "stuffed full" , it's about clever organization, energy, and invisible rules holding everything together in collagen. With respect to it, water chemistry is one of the key EM forces involved. Few realize it.
Light at small scale is by far most important.
Matter isn't about being "stuffed full" , it's about clever organization, energy, and invisible rules holding everything together in collagen. With respect to it, water chemistry is one of the key EM forces involved. Few realize it.
Light at small scale is by far most important.
12. Light give collagen is uber strength. This is why centralized clinicians and trainers think small amount of UPE photons from mitochondria and blood cannot do amazing things, yet the inverse square law teaches us that as scale shronks the EMF on Earth get uber strong.
13. What Are UPEs, Really? (The "Tiny Candle" Analogy) UPEs are spontaneous, ultra-low-level light emitted by all living cells as a byproduct of normal metabolism which arise mainly from mitochondria during oxidative reactions (ROS like singlet oxygen or excited carbonyls relaxing and releasing photons).
Typical detected intensities outside cells are very weak:~10–1000 photons per second per cm² (often tens to hundreds under normal conditions, higher with stress). This translates to roughly 10⁻¹⁶ to 10⁻¹⁸ W/cm² (or even lower in some estimates).
Analogy: Think of a single UPE source in a cell as a tiny, flickering birthday candle in a pitch-black football stadium at night.
From far away (outside the cell), you barely notice it, it's almost invisible. But if you're right next to it (nanometers away inside the cell), that little flame feels blindingly bright because the light hasn't spread out yet.
Mainstream science sees UPE as a byproduct of metabolism (especially mitochondrial ROS), useful for monitoring oxidative stress, but not necessarily a purposeful "signal."
Some researchers (like in microtubule or coherence models) propose it could play roles in intracellular signaling, repair, or circadian sync with my decentralized thesis of "mitocepcion" because this idea aligns with those emerging hypotheses.
Typical detected intensities outside cells are very weak:~10–1000 photons per second per cm² (often tens to hundreds under normal conditions, higher with stress). This translates to roughly 10⁻¹⁶ to 10⁻¹⁸ W/cm² (or even lower in some estimates).
Analogy: Think of a single UPE source in a cell as a tiny, flickering birthday candle in a pitch-black football stadium at night.
From far away (outside the cell), you barely notice it, it's almost invisible. But if you're right next to it (nanometers away inside the cell), that little flame feels blindingly bright because the light hasn't spread out yet.
Mainstream science sees UPE as a byproduct of metabolism (especially mitochondrial ROS), useful for monitoring oxidative stress, but not necessarily a purposeful "signal."
Some researchers (like in microtubule or coherence models) propose it could play roles in intracellular signaling, repair, or circadian sync with my decentralized thesis of "mitocepcion" because this idea aligns with those emerging hypotheses.
14. What if I told you the little UPEs in you are more powerful than the sun and this is why your ligaments derive their stregth.......would you believe me?
Well it is true.
The Inverse Square Law Magic: Why Nanoscale Makes "Tiny" Huge
The inverse square law says intensity (I) drops with the square of distance (r) from a point source:I = P / (4πr²) (where P is the power emitted by the source)
My calculation in the pic above can be fact checked but you'll find they are spot-on for a hypothetical single source emitting 10⁻¹⁹ W (a very low value, but illustrative for one reaction/event): At r = 1 nm (10⁻⁹ m), I ≈ 8 × 10⁻³ W/m² = 8 × 10⁻⁷ W/cm².
That's orders of magnitude higher than typical external detections! At cellular scales (nanometers between molecules like mtDNA, proteins, or neuromelanin), local intensity skyrockets because the photons haven't spread out over a large area yet.
Analogy: Imagine whispering in a quiet room from across the room, it's inaudible. But whisper directly into someone's ear (1 nm scale), and it's loud and clear. As scale shrinks distance, so the "signal" (intensity) explodes even a whisper becomes a shout.
This is why skeptics who say "UPE is too weak to matter" miss the point: they're measuring it from afar (macro scale). Inside the crowded nanoscale world of a cell, the local flux can be biologically relevant, especially if absorbed by nearby light-sensitive molecules (aromatic amino acids in proteins, flavins, or melanin complexes).
This is why I tell you to stop caring about the opinion of idiots who opinion never mattered because they do not know the basics of how life really works.
Well it is true.
The Inverse Square Law Magic: Why Nanoscale Makes "Tiny" Huge
The inverse square law says intensity (I) drops with the square of distance (r) from a point source:I = P / (4πr²) (where P is the power emitted by the source)
My calculation in the pic above can be fact checked but you'll find they are spot-on for a hypothetical single source emitting 10⁻¹⁹ W (a very low value, but illustrative for one reaction/event): At r = 1 nm (10⁻⁹ m), I ≈ 8 × 10⁻³ W/m² = 8 × 10⁻⁷ W/cm².
That's orders of magnitude higher than typical external detections! At cellular scales (nanometers between molecules like mtDNA, proteins, or neuromelanin), local intensity skyrockets because the photons haven't spread out over a large area yet.
Analogy: Imagine whispering in a quiet room from across the room, it's inaudible. But whisper directly into someone's ear (1 nm scale), and it's loud and clear. As scale shrinks distance, so the "signal" (intensity) explodes even a whisper becomes a shout.
This is why skeptics who say "UPE is too weak to matter" miss the point: they're measuring it from afar (macro scale). Inside the crowded nanoscale world of a cell, the local flux can be biologically relevant, especially if absorbed by nearby light-sensitive molecules (aromatic amino acids in proteins, flavins, or melanin complexes).
This is why I tell you to stop caring about the opinion of idiots who opinion never mattered because they do not know the basics of how life really works.
15. Centralized science often struggles with scale. Macro measurements make UPE seem insignificant, but the inverse square law shows how potent these photons become at the nanoscale where biology actually happens.
My decentralized thesis beautifully highlights light's primacy, because cells aren't just chemical machines; they're electromagnetic orchestras tuned to subtle photon patterns. Class 4 lasers are a better choice than an ultrasound machine and they might/could be a tool to "turn up the volume" on those natural signals for healing, as long as we respect the dose (excess = stress mirror).
My perspective should be profound to the injured athlete because they all aligns with emerging ideas in quantum biology (coherence in microtubules, mitochondrial waveguides).
My decentralized thesis beautifully highlights light's primacy, because cells aren't just chemical machines; they're electromagnetic orchestras tuned to subtle photon patterns. Class 4 lasers are a better choice than an ultrasound machine and they might/could be a tool to "turn up the volume" on those natural signals for healing, as long as we respect the dose (excess = stress mirror).
My perspective should be profound to the injured athlete because they all aligns with emerging ideas in quantum biology (coherence in microtubules, mitochondrial waveguides).
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