Why was Prague so hot this year for @BTCPrague ?
The meeting was en fuego but something is cooking that may fry the technocracy's plans.
The Mediterranean Sea is experiencing a thermal anomaly so extreme it’s being called a 1-in-216-billion-year event.
To understand how rare that is:
Earth is only 4.5 billion years old.
This heat spike is 48x older than the planet itself.
It’s 15x rarer than the entire age of the universe.
And statistically, it’s as likely as winning the lottery 1,500 times in a row.
So no — this isn’t “just a bad summer.”
This is geophysical madness.
And mainstream science has no explanation.
They’ll blame CO₂.
They’ll say “heat dome,” or “blocking pattern,” or “unusual atmospheric currents.”
But ask them this:
Why is the epicenter of ocean heating located in a tectonically active, magnetically unstable, semi-enclosed basin with active subduction zones and mantle volatility?
They won’t answer — because they can’t.
But CDIGR can.
CDIGR (Core Displacement & Geodynamic Rebalancing) explains this perfectly:
The Mediterranean Sea lies directly above the:
– Hellenic Arc subduction zone
– Calabrian Arc volcanic system
– African-Eurasian compression boundary
– Gibraltar Fault pressure node
All of these are torque points in the planet’s crust — where energy from the inner Earth escapes.
As Earth’s core slowly displaces, angular momentum and internal pressure rise, forcing heat upward through thin crustal zones. This upwelling mantle heat doesn’t just warm the sea — it’s altering ocean density, magnetism, and biological life.
This isn’t from the sky.
This is from deep within the planet.
GRACE satellite data already shows mass redistribution under Europe and North Africa.
Earth Orientation Parameters confirm polar wobble is increasing.
The magnetic field is weakening over these same zones at a tremendous rate.
SST anomalies are appearing exactly where CDIGR said they would: at trench systems, volcanic arcs, and mantle gateways.
This is the Earth screaming through its crust.
Mainstream science offers no mechanism , only centralized pseudoscience explanations tied to the observations.
CDIGR offers a full model, with predictive accuracy and physical logic.
This Mediterranean anomaly is not random. It’s not atmospheric.
It’s the pressure valve of a rebalancing planet.
You can believe in coincidence, or you can believe in pattern.
I warned my Savages that the technocracy has some risks to its power and that Nature would respond.
I told the EU the Mediterranean basis would become a flashpoint.
And now it has.
This isn’t climate change.
This is a core event.
Be ready Savages, Nature's answer to the digital euro, IoT, IoB, and all their nnEMF is incoming.
The meeting was en fuego but something is cooking that may fry the technocracy's plans.
The Mediterranean Sea is experiencing a thermal anomaly so extreme it’s being called a 1-in-216-billion-year event.
To understand how rare that is:
Earth is only 4.5 billion years old.
This heat spike is 48x older than the planet itself.
It’s 15x rarer than the entire age of the universe.
And statistically, it’s as likely as winning the lottery 1,500 times in a row.
So no — this isn’t “just a bad summer.”
This is geophysical madness.
And mainstream science has no explanation.
They’ll blame CO₂.
They’ll say “heat dome,” or “blocking pattern,” or “unusual atmospheric currents.”
But ask them this:
Why is the epicenter of ocean heating located in a tectonically active, magnetically unstable, semi-enclosed basin with active subduction zones and mantle volatility?
They won’t answer — because they can’t.
But CDIGR can.
CDIGR (Core Displacement & Geodynamic Rebalancing) explains this perfectly:
The Mediterranean Sea lies directly above the:
– Hellenic Arc subduction zone
– Calabrian Arc volcanic system
– African-Eurasian compression boundary
– Gibraltar Fault pressure node
All of these are torque points in the planet’s crust — where energy from the inner Earth escapes.
As Earth’s core slowly displaces, angular momentum and internal pressure rise, forcing heat upward through thin crustal zones. This upwelling mantle heat doesn’t just warm the sea — it’s altering ocean density, magnetism, and biological life.
This isn’t from the sky.
This is from deep within the planet.
GRACE satellite data already shows mass redistribution under Europe and North Africa.
Earth Orientation Parameters confirm polar wobble is increasing.
The magnetic field is weakening over these same zones at a tremendous rate.
SST anomalies are appearing exactly where CDIGR said they would: at trench systems, volcanic arcs, and mantle gateways.
This is the Earth screaming through its crust.
Mainstream science offers no mechanism , only centralized pseudoscience explanations tied to the observations.
CDIGR offers a full model, with predictive accuracy and physical logic.
This Mediterranean anomaly is not random. It’s not atmospheric.
It’s the pressure valve of a rebalancing planet.
You can believe in coincidence, or you can believe in pattern.
I warned my Savages that the technocracy has some risks to its power and that Nature would respond.
I told the EU the Mediterranean basis would become a flashpoint.
And now it has.
This isn’t climate change.
This is a core event.
Be ready Savages, Nature's answer to the digital euro, IoT, IoB, and all their nnEMF is incoming.
2. Mainstream media has an agenda to gaslight Earth’s Magnetic Shield collapse and sell you the drama of climate change when it is not. This is how they are managing resources post event for their benefit.
The weaker the magnetosphere, the more solar forcing pushes deeper into the mantle and core via the Global Electric Circuit. As a result, we get an acceleration in Earth’s energy imbalance and it leads to the pictures above.
We’re now getting closer to the water boiling over on the stovetop = more lava and earthquakes where the mantle is rising. But what’s going on between the core and the mantle is more alarming if it reaches a threshold.
What’s the most likely driver of how this is playing out? The poles are moving and weakening the magnetic shield due to a cyclical electromagnetic wave within this region of the galaxy called the Galactic Current Sheet.
This is a more probable case because of the vast electromagnetic changes happening in our solar system and ALL of the planets now, not just Earth. People think the evidence is not in every other planet but it is. The Earth is not doing its own thing like it’s somehow its own closed off vacuum ignoring the solar system altogether. Earth, the sun and the planets are interconnected by this plasma sheet, just as our sun is and this is the stage that this play is being built upon. Many will be part of this coming experience, the next extraterrestrial Event won't be a 6 mile wide asteroid.
The weaker the magnetosphere, the more solar forcing pushes deeper into the mantle and core via the Global Electric Circuit. As a result, we get an acceleration in Earth’s energy imbalance and it leads to the pictures above.
We’re now getting closer to the water boiling over on the stovetop = more lava and earthquakes where the mantle is rising. But what’s going on between the core and the mantle is more alarming if it reaches a threshold.
What’s the most likely driver of how this is playing out? The poles are moving and weakening the magnetic shield due to a cyclical electromagnetic wave within this region of the galaxy called the Galactic Current Sheet.
This is a more probable case because of the vast electromagnetic changes happening in our solar system and ALL of the planets now, not just Earth. People think the evidence is not in every other planet but it is. The Earth is not doing its own thing like it’s somehow its own closed off vacuum ignoring the solar system altogether. Earth, the sun and the planets are interconnected by this plasma sheet, just as our sun is and this is the stage that this play is being built upon. Many will be part of this coming experience, the next extraterrestrial Event won't be a 6 mile wide asteroid.
3. When the magnetic field weakens on Earth we become a bigger target. If you are jabbed and we get hit with a small solar CME your chances of dying from a heart attack is higher than 3 X. FYI.
4. When the thermohaline currents change the shit is about to get real.
5. When I was a resident I visited several physicists working on the Big projects for the US government in Livingston LA. When I told the DARPA physicist about the effects of transcranial magnetic stimulation on the human cortex, and how it worked in biology, he was stunned.
I did this to illustrate why I believed what I now do about how the human brain functions.
At this point, it would be wise for me to distinguishing regular “magnet therapy” from the effects of transcranial magnetic stimulation. The former magnetic therapy refers to the effects of a static, nonmoving magnetic field from permanent magnets. The latter refers to a magnetic therapy that generates a huge oscillating magnetic field, very close to your head, which induces electric currents in your brain. The movement of the Earth poles induces these currents. I explained to him you can not get a paramagnetic substance any closer to the neocortex then the location of blood vessels and CSF to the surface of the most active cells in the brain or heart. This maximized magnetic effects.
When I was a neurosurgical resident, I visited a physics department where this quantum effect on the human brain was demonstrated to me, for my own amusement. They put a probe near my head and turned the current on and my arms twitched and moved from my shoulder to my fingers against my will.
They were able to activate my neocortex with an oscillating magnetic field!
They turned the magnet field over in polarity, and my arms twitched from fingers to my neck in the opposite direction showing how the DC direct semiconducting current Becker discovered in humans could be reversed when the field was reversed. This is when I realized why pole shifts could destroy living things with magnetic polarity changes.
I then remembered reading accounts where Becker was able to use the same types of magnetic effects to induce complete general anesthesia in animals without ever having an emergency recovery from this type of anesthesia.
I did this to illustrate why I believed what I now do about how the human brain functions.
At this point, it would be wise for me to distinguishing regular “magnet therapy” from the effects of transcranial magnetic stimulation. The former magnetic therapy refers to the effects of a static, nonmoving magnetic field from permanent magnets. The latter refers to a magnetic therapy that generates a huge oscillating magnetic field, very close to your head, which induces electric currents in your brain. The movement of the Earth poles induces these currents. I explained to him you can not get a paramagnetic substance any closer to the neocortex then the location of blood vessels and CSF to the surface of the most active cells in the brain or heart. This maximized magnetic effects.
When I was a neurosurgical resident, I visited a physics department where this quantum effect on the human brain was demonstrated to me, for my own amusement. They put a probe near my head and turned the current on and my arms twitched and moved from my shoulder to my fingers against my will.
They were able to activate my neocortex with an oscillating magnetic field!
They turned the magnet field over in polarity, and my arms twitched from fingers to my neck in the opposite direction showing how the DC direct semiconducting current Becker discovered in humans could be reversed when the field was reversed. This is when I realized why pole shifts could destroy living things with magnetic polarity changes.
I then remembered reading accounts where Becker was able to use the same types of magnetic effects to induce complete general anesthesia in animals without ever having an emergency recovery from this type of anesthesia.
6. Does the Earth’s Magnetic Field Generate the DC Current in CSF?
The generation of the DC current is generated in a water layer right below the myelin layer in the CNS and PNS. This interfacial water is directly connected to what occurs at the interface between the neocortex and CSF in light and dark environments. Becker never figured this out, but I have been thinking about what he found for ten long years. I also had the advantage of being a neurosurgeon and operating a lot of brain’s and examining it in all its dimensions with my clinical observations. Any current created within the subdural and subarachnoid space also had to have an associated magnetic field with it, according to nature’s laws. This is why they are called electromagnetic field effects. Electric fields run at 90-degree angles to its associated magnetic field. It turns out this magnetic field has also now been found on the neocortex with the use of MEG and SQUID detectors in the last 20 years.
The electric field was found in the 1930’ s by Hans Berger, who discovered the EEG waves of the brain on our skin. Becker was the first one to hypothesize the presence of a magnetic field in this situation because he was the first one to find that the DC current in humans came from the brain. He also knew all electric fields had to have an associated magnetic field because of Maxwell’s laws. He also knew from his experiments they had to use semiconduction to transmit a small current over long distances below myelin layer and above the axons in the CNS of all vertebrates. He proved biology used semiconduction because his experiments proved the presence of the Hall effect in bone and frozen nerves, which is only found in semiconducting circuits. Because he demonstrated this in the 1960’s, and his work was ignored, he indirectly showed me, why cold was primordial for humans and all life forms that use a DC current to generate energy. This effect has also been found in all plants and trees.
The generation of the DC current is generated in a water layer right below the myelin layer in the CNS and PNS. This interfacial water is directly connected to what occurs at the interface between the neocortex and CSF in light and dark environments. Becker never figured this out, but I have been thinking about what he found for ten long years. I also had the advantage of being a neurosurgeon and operating a lot of brain’s and examining it in all its dimensions with my clinical observations. Any current created within the subdural and subarachnoid space also had to have an associated magnetic field with it, according to nature’s laws. This is why they are called electromagnetic field effects. Electric fields run at 90-degree angles to its associated magnetic field. It turns out this magnetic field has also now been found on the neocortex with the use of MEG and SQUID detectors in the last 20 years.
The electric field was found in the 1930’ s by Hans Berger, who discovered the EEG waves of the brain on our skin. Becker was the first one to hypothesize the presence of a magnetic field in this situation because he was the first one to find that the DC current in humans came from the brain. He also knew all electric fields had to have an associated magnetic field because of Maxwell’s laws. He also knew from his experiments they had to use semiconduction to transmit a small current over long distances below myelin layer and above the axons in the CNS of all vertebrates. He proved biology used semiconduction because his experiments proved the presence of the Hall effect in bone and frozen nerves, which is only found in semiconducting circuits. Because he demonstrated this in the 1960’s, and his work was ignored, he indirectly showed me, why cold was primordial for humans and all life forms that use a DC current to generate energy. This effect has also been found in all plants and trees.
7. DC Current in the CNS/PNS:
Becker showed in experiment that a DC current exists in the interfacial water layer beneath the myelin, linked water chemistry to the neocortex-CSF interface, and they aremodulated by light and dark environments. This demonstrated that a DC electric field exists in biological systems, particularly in the nervous system of vertebrates, and is associated with semiconduction.
Electromagnetic Fields (EMF): According to Maxwell’s laws, any electric current (like the DC current in the brain) must generate an associated magnetic field at a 90-degree angle. This is consistent with the detection of magnetic fields in the neocortex using modern tools like magnetoencephalography (MEG) and superconducting quantum interference devices (SQUIDs).
Semiconduction and the Hall Effect: Becker’s experiments showed that biological tissues (e.g., bone, nerves) exhibit semiconduction, as evidenced by the Hall effect, which is a hallmark of charge movement in semiconductors under a magnetic field. This implies that the DC current in the nervous system operates in a way analogous to solid-state electronics, with implications for energy transmission over long distances. It also explains why CME can cause heart and brain failure acutely in humans.
Earth’s Magnetic Field: While not explicitly mentioned as the source of the DC current in Becker's work, it has been shown over the last 30 years that the Earth’s magnetic field interact with biological electromagnetic systems, potentially influencing the currents or fields in the CNS/PNS/Heart.
Diminishing Magnetic Field: the effects of a weakening Earth’s magnetic field, which is a known phenomenon, as the geomagnetic field has been decreasing in strength over time can easily impact life on Earth.
Becker showed in experiment that a DC current exists in the interfacial water layer beneath the myelin, linked water chemistry to the neocortex-CSF interface, and they aremodulated by light and dark environments. This demonstrated that a DC electric field exists in biological systems, particularly in the nervous system of vertebrates, and is associated with semiconduction.
Electromagnetic Fields (EMF): According to Maxwell’s laws, any electric current (like the DC current in the brain) must generate an associated magnetic field at a 90-degree angle. This is consistent with the detection of magnetic fields in the neocortex using modern tools like magnetoencephalography (MEG) and superconducting quantum interference devices (SQUIDs).
Semiconduction and the Hall Effect: Becker’s experiments showed that biological tissues (e.g., bone, nerves) exhibit semiconduction, as evidenced by the Hall effect, which is a hallmark of charge movement in semiconductors under a magnetic field. This implies that the DC current in the nervous system operates in a way analogous to solid-state electronics, with implications for energy transmission over long distances. It also explains why CME can cause heart and brain failure acutely in humans.
Earth’s Magnetic Field: While not explicitly mentioned as the source of the DC current in Becker's work, it has been shown over the last 30 years that the Earth’s magnetic field interact with biological electromagnetic systems, potentially influencing the currents or fields in the CNS/PNS/Heart.
Diminishing Magnetic Field: the effects of a weakening Earth’s magnetic field, which is a known phenomenon, as the geomagnetic field has been decreasing in strength over time can easily impact life on Earth.
8. Where we are today in science, in understanding how the brain really works, is close to where a man was 2,000 years ago in trying to understand how the planets moved in relation to the sun.
We are nowhere close to where we should be.
So if we are that far away in our understanding, how can we begin to make sense of it all? We can learn a lot from the macrocosm of space if we scale it to biology on this planet.
My work does that for you, like you have never heard before. I showed you earlier in my blog series how molecular oxygen is delivered from the phytoplankton in the photic zone of the ocean to the ocean depths using the density of cold water to deliver it there.
The more dense the water, the more oxygen is dissolved in it. The power of the sun’s photoelectric effect splits electrons from water in phytoplankton, which liberates oxygen.
The liberated O2 becomes more dissolved in colder water by the laws of nature and chemistry, and then it is distributed all over the oceans by the thermohaline currents.
Today, I am going to show you how the exact same process that happens on the surface of the earth is fractally designed on your own neocortex of your brain.
It is happening right now in the ocean and this effect is huge for those who understand what it means. Normies will never get to this level.
The very same process that works in the thermohaline current works in CSF that surrounds your brain and blood in your heart to bring higher oxygen levels to the surface of your brain using QED principles of the photoelectric effect, water chemistry and magnetism.
We are nowhere close to where we should be.
So if we are that far away in our understanding, how can we begin to make sense of it all? We can learn a lot from the macrocosm of space if we scale it to biology on this planet.
My work does that for you, like you have never heard before. I showed you earlier in my blog series how molecular oxygen is delivered from the phytoplankton in the photic zone of the ocean to the ocean depths using the density of cold water to deliver it there.
The more dense the water, the more oxygen is dissolved in it. The power of the sun’s photoelectric effect splits electrons from water in phytoplankton, which liberates oxygen.
The liberated O2 becomes more dissolved in colder water by the laws of nature and chemistry, and then it is distributed all over the oceans by the thermohaline currents.
Today, I am going to show you how the exact same process that happens on the surface of the earth is fractally designed on your own neocortex of your brain.
It is happening right now in the ocean and this effect is huge for those who understand what it means. Normies will never get to this level.
The very same process that works in the thermohaline current works in CSF that surrounds your brain and blood in your heart to bring higher oxygen levels to the surface of your brain using QED principles of the photoelectric effect, water chemistry and magnetism.
9. My analogy above of the science happening on Earth is a progress report or report card and our current understanding of the brain being akin to ancient planetary models is a powerful reflection.
It highlights the vast unknowns in centralized neuroscience, suggesting we’re still at an early stage of understanding how life responds to the cosmos.
My proposal aims to draw parallels between macrocosmic processes (e.g., thermohaline circulation) and microcosmic biology (e.g., cerebrospinal fluid [CSF] dynamics) using fractal design and quantum electrodynamics (QED) principles and I believe it offers a novel framework to understand Nature better than we do.
It highlights the vast unknowns in centralized neuroscience, suggesting we’re still at an early stage of understanding how life responds to the cosmos.
My proposal aims to draw parallels between macrocosmic processes (e.g., thermohaline circulation) and microcosmic biology (e.g., cerebrospinal fluid [CSF] dynamics) using fractal design and quantum electrodynamics (QED) principles and I believe it offers a novel framework to understand Nature better than we do.
10. Thermohaline Currents and CSF Oxygen Delivery:
In the oceans, phytoplankton use the sun’s photoelectric effect to split water, releasing oxygen that dissolves more in colder, denser water and is distributed via thermohaline currents. I'm suggesting a fractal analogy where the neocortex’s CSF system mirrors this, with sunlight (or light exposure) influencing oxygen delivery to the brain surface.
The photoelectric effect in phytoplankton involves photons ejecting electrons from water molecules, producing oxygen. In the brain, I am implying a similar light-driven process might occur at the neocortex-CSF interface, possibly via QED (quantum-level electron interactions), enhancing oxygen dissolution in CSF.
In the oceans, phytoplankton use the sun’s photoelectric effect to split water, releasing oxygen that dissolves more in colder, denser water and is distributed via thermohaline currents. I'm suggesting a fractal analogy where the neocortex’s CSF system mirrors this, with sunlight (or light exposure) influencing oxygen delivery to the brain surface.
The photoelectric effect in phytoplankton involves photons ejecting electrons from water molecules, producing oxygen. In the brain, I am implying a similar light-driven process might occur at the neocortex-CSF interface, possibly via QED (quantum-level electron interactions), enhancing oxygen dissolution in CSF.
11. Density and Oxygen Distribution:
Colder, denser ocean water carries more dissolved oxygen to depth. Similarly, I have proposed that denser CSF, influenced by water chemistry and magnetism, delivers higher oxygen levels to the neocortex. This density effect is modulated by temperature or ionic composition, aligning with physical laws governing solubility.
Colder, denser ocean water carries more dissolved oxygen to depth. Similarly, I have proposed that denser CSF, influenced by water chemistry and magnetism, delivers higher oxygen levels to the neocortex. This density effect is modulated by temperature or ionic composition, aligning with physical laws governing solubility.
12. Magnetic Influence:
My earlier discussion of electromagnetic fields (e.g., Becker’s work, MEG detections) suggests magnetism plays a role in biological currents. In this model, the Earth’s magnetic field or the brain’s intrinsic magnetic field might guide oxygen-rich CSF distribution, akin to how geomagnetic forces interact with ocean currents. These have acutely changed now on Earth and nothing alive on Earth realizes it........
My earlier discussion of electromagnetic fields (e.g., Becker’s work, MEG detections) suggests magnetism plays a role in biological currents. In this model, the Earth’s magnetic field or the brain’s intrinsic magnetic field might guide oxygen-rich CSF distribution, akin to how geomagnetic forces interact with ocean currents. These have acutely changed now on Earth and nothing alive on Earth realizes it........
13. Inflammation’s Role and CSF Density
I've argued that inflammation reduces CSF density, altering biochemical processes. Inflammation likely increases temperature or introduces solutes (e.g., cytokines, ions), decreasing water density and thus oxygen-carrying capacity.
This disrupts the fractal oxygen delivery system, impairing neocortical function. So a change in thermohaline currents mimics a huge acute magnetic change on your brain.
Less dense CSF fails to support the photoelectric or magnetic effects needed for optimal electron or oxygen dynamics, potentially linking inflammation to neurodegenerative conditions or reduced neural efficiency. This leads to rapid disease generation by raising heteroplasmy. If it happens fast enough and at scale we call this an extinction event.
I've argued that inflammation reduces CSF density, altering biochemical processes. Inflammation likely increases temperature or introduces solutes (e.g., cytokines, ions), decreasing water density and thus oxygen-carrying capacity.
This disrupts the fractal oxygen delivery system, impairing neocortical function. So a change in thermohaline currents mimics a huge acute magnetic change on your brain.
Less dense CSF fails to support the photoelectric or magnetic effects needed for optimal electron or oxygen dynamics, potentially linking inflammation to neurodegenerative conditions or reduced neural efficiency. This leads to rapid disease generation by raising heteroplasmy. If it happens fast enough and at scale we call this an extinction event.
14. My work in this thread shows you how having an innovative decentralized lens suggests that by studying nature’s large-scale patterns, we can hypothesize about the brain’s hidden mechanisms of how life operates.
15. Given our limited understanding, my approach offers a starting point:
Interdisciplinary Synthesis: Combine insights from oceanography (thermohaline currents), quantum physics (QED, photoelectric effect), and biology (semiconduction, CSF chemistry) to model the brain.
This fractal scaling could reveal universal principles governing energy and oxygen flow across scales.
Experimental Validation: Test the hypothesis with tools like MEG (for magnetic fields), EEG (for electric fields), or CSF analysis (for density and oxygen levels) under varying light and inflammation conditions. Becker’s semiconduction findings should guide experiments on charge movement in CSF.
Macrocosm-Brain Analogies: We need to study how geomagnetic or solar influences affect ocean oxygen and extrapolate to brain responses using light therapy or magnetic stimulation to modulate CSF dynamics.
Focus on Inflammation: Investigate how inflammatory markers alter CSF density and oxygen delivery, linking this to clinical observations from my neurosurgical experience.
Interdisciplinary Synthesis: Combine insights from oceanography (thermohaline currents), quantum physics (QED, photoelectric effect), and biology (semiconduction, CSF chemistry) to model the brain.
This fractal scaling could reveal universal principles governing energy and oxygen flow across scales.
Experimental Validation: Test the hypothesis with tools like MEG (for magnetic fields), EEG (for electric fields), or CSF analysis (for density and oxygen levels) under varying light and inflammation conditions. Becker’s semiconduction findings should guide experiments on charge movement in CSF.
Macrocosm-Brain Analogies: We need to study how geomagnetic or solar influences affect ocean oxygen and extrapolate to brain responses using light therapy or magnetic stimulation to modulate CSF dynamics.
Focus on Inflammation: Investigate how inflammatory markers alter CSF density and oxygen delivery, linking this to clinical observations from my neurosurgical experience.
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