The line between genius and madness is mediated by how your mind can enter and capture the unconscious truths of Nature that are real but hidden from your perception. Once a robust ego is established in your mind, one can tap the truths buried from 99.99% of humanity. This type of mind can take from unconscious wisdom with impunity and teleport it to their consciousness, producing fruits of creative genius.
The insane mind is washed away in the same current in which the genius swims.
The insane mind is washed away in the same current in which the genius swims.
2. There is a deep connection between thermodynamics and the processing of information that the genius uses — or, in other words, the computations that mitochondria must make. They are electron and proton accountants. This happens to be why the leptin receptors in the hypothalamus are loaded with mitochondria and POMC to create alpha MSH = melanin.
Rolf Landauer showed that even if the computational aspects of the demon can gather information and move a frictionless door with no seeming energy cost, a penalty must eventually be paid back to nature.
Rolf Landauer showed that even if the computational aspects of the demon can gather information and move a frictionless door with no seeming energy cost, a penalty must eventually be paid back to nature.
3. He showed that no mitochondrial demon can have an unlimited memory of every molecular motion unless it wipes its memory clean periodically. This raises the question of why sleep and mitochondrial function are ubiquitous in living things.
Is this why poor sleep and mitochondrial diseases are linked? I believe it is. All quantum computational demons must occasionally wipe their memory clean—forget what they have seen and start again—before they can continue harvesting energy and information simultaneously.
This night-day on-off switch is likely why most of the biological cycles are fed by the sun’s energy and information of night and day. This act of information erasure has an unavoidable price: It dissipates energy and, therefore, increases entropy. And that increase of energy does not go to waste in living systems.
Is this why poor sleep and mitochondrial diseases are linked? I believe it is. All quantum computational demons must occasionally wipe their memory clean—forget what they have seen and start again—before they can continue harvesting energy and information simultaneously.
This night-day on-off switch is likely why most of the biological cycles are fed by the sun’s energy and information of night and day. This act of information erasure has an unavoidable price: It dissipates energy and, therefore, increases entropy. And that increase of energy does not go to waste in living systems.
4. It seems to me living quantum systems that are genius become experts in the information-sharing side of the equation to organize and minimize chaos using biomolecules from the mitochondria to other parts of the cell while extracting massive amounts of information about the universe.
They exist in. Two groups of researchers found in 2017 that the quantum information describing the particles’ energy and spin states can act as a kind of currency that enables trading between the reservoir’s energy and angular momentum supplies. This has a big implication for mitochondriacs because this organelle deals in deciphering and creating the spin of electrons and protons and the information and energy they contain. The deciphering and creation of spin varies as the power densities of seasons change as the planet moves around the sun. Electrons have quantum spin and they have information about the seasons in the power of photons that excite them.
They exist in. Two groups of researchers found in 2017 that the quantum information describing the particles’ energy and spin states can act as a kind of currency that enables trading between the reservoir’s energy and angular momentum supplies. This has a big implication for mitochondriacs because this organelle deals in deciphering and creating the spin of electrons and protons and the information and energy they contain. The deciphering and creation of spin varies as the power densities of seasons change as the planet moves around the sun. Electrons have quantum spin and they have information about the seasons in the power of photons that excite them.
5. The spins of electrons can be altered in mitochondria to make free radical signals, which can be used to drive decision-making processes inside cells. This will alter the biochemistry within the cell. The spins of protons also can be sensed by the mitochondria because the mitochondria generate a magnetic field, and H+ and D have two separate magnetic moments that will act differently within the same magnetic field.
Moreover, proton spin is also sensed by the mitochondria because all the channels in the mitochondrial matrix are quantum nanomachines that are built exclusively for H+ and not for deuterium. The level of deuterium in the matrix, therefore, also simulates the season inside the matrix of the mitochondria. The more deuterium that is present, the more swelling one should expect. This shows you why thermodynamics and size and shape changes within the colony of mitochondria in tissues can be sensed.
Moreover, proton spin is also sensed by the mitochondria because all the channels in the mitochondrial matrix are quantum nanomachines that are built exclusively for H+ and not for deuterium. The level of deuterium in the matrix, therefore, also simulates the season inside the matrix of the mitochondria. The more deuterium that is present, the more swelling one should expect. This shows you why thermodynamics and size and shape changes within the colony of mitochondria in tissues can be sensed.
6. Living quantum systems achieve a nonequilibrium state by capturing and storing information. Mitochondria are the key part of cells that are capable of doing this. The nucleus cannot do this in eukaryotes. Mitochondria offload most of the information to the nucleus, and this information is encoded in their nuclear genes and passed on from one generation to the next. This is a set of instructions for reaping a non-equilibrium state by using the negative entropy built around the quantum spin states of electrons and protons. This is why most replicative structures in nature offload deuterium to their seeds and offspring. It can be used to anchor points in the organism like a thumb tack to align the body plan in the immature state in space and time using magnetic energy as the glue. Deuterium has a stronger magnetic moment, and it also has a strong kinetic isotope effect to act as a buttress and trusses in body plan construction. The added mass allows the blueprint to drive all growth and metabolism into the adult form as electrons and excited electrons are pumped into the system and trapped by mitochondrial mechanisms to build complexity. Mitochondria and DNA are examples of aperiodic crystals that go by another name called liquid crystalline quasicrystal. Nature contains genius, and we must unlock her secrets.
7. The current definition of a crystal is based on the currently known catalog of periodic and aperiodic crystals. Centralized scientists currently do not know of any materials that have aperiodically ordered structures beyond incommensurate crystals and quasicrystals. The definition of a crystal also reflects the lack of understanding of what constitutes order in matter, and in this sense, should be seen as a working definition that may well need to be revised in the future. In crystallography, the order is linked to diffraction, which makes sense because diffraction is the method of choice to determine the structure of a solid experimentally. Decentralized scientists know why melanin and water are magical for life.
The human brain is very skilled at detecting patterns and recognizing order in a structure. Ordered structures permeate the cultural achievements of human civilizations, be it in the arts, architecture, or music. The ability to detect and describe patterns is also the basis of all scientific inquiry.
The human brain is very skilled at detecting patterns and recognizing order in a structure. Ordered structures permeate the cultural achievements of human civilizations, be it in the arts, architecture, or music. The ability to detect and describe patterns is also the basis of all scientific inquiry.
8. In 2009, Sharon Glotzer and her group at Michigan discovered that entropy, a concept commonly conflated with disorder, can actually organize things. Nature uses this genius and centralized science in biology still do not realize it.
Her team's simulations showed that entropy drives simple pyramidal shapes called tetrahedra to spontaneously assemble into a quasicrystal — a spatial pattern so complex that it never exactly repeats. It appears that cells figured out how to do this close to 4 million years ago before all the kinks were worked out in mtDNA first, and the hydrogen bonding networks water it contains, and in DNA and RNA epigenetic mechanisms.
This discovery was the first indication of the powerful, paradoxical role that entropy plays in the emergence of complexity and order in all forms of matter. When I read Alan Turing’s 1951 paper on morphogenesis, I realized that morphogenesis is also linked to this. His paper made me realize that this is a logic system used in all of nature to control atoms and their parts on the periodic table. That is when I began to hack the periodic table to find where the genius of Nature was. It was in how she used paramagnetic atoms.
Her team's simulations showed that entropy drives simple pyramidal shapes called tetrahedra to spontaneously assemble into a quasicrystal — a spatial pattern so complex that it never exactly repeats. It appears that cells figured out how to do this close to 4 million years ago before all the kinks were worked out in mtDNA first, and the hydrogen bonding networks water it contains, and in DNA and RNA epigenetic mechanisms.
This discovery was the first indication of the powerful, paradoxical role that entropy plays in the emergence of complexity and order in all forms of matter. When I read Alan Turing’s 1951 paper on morphogenesis, I realized that morphogenesis is also linked to this. His paper made me realize that this is a logic system used in all of nature to control atoms and their parts on the periodic table. That is when I began to hack the periodic table to find where the genius of Nature was. It was in how she used paramagnetic atoms.
9. This “logic principle” is not just isolated in abiotic atoms. It appears in biotic systems atoms as well because they are made of bits with quantum spin states that vary. Hemoglobin and porphyrins are well known biologic liquid crystals. Crystals are paradigms of atoms in an ordered structure that have become useful to cells in harvesting light energy. Their structures are preserved magnetically in DNA/RNA.
10. Crystals can do amazing things to light rays from the sun or re-radiate light rays from other crystals in cells. While the order was once seen as synonymous with lattice periodic arrangements, the discoveries of incommensurate crystals and quasicrystals have led to a more general perception of crystalline order, encompassing both periodic and aperiodic crystals. The current definition of crystals rests on their essentially point-like diffraction with respect to light in the electromagnetic spectrum. It turns out DNA crystals are all proteins that act as time crystals in their interaction with the visible part of the electromagnetic spectrum.
11. Cells use biopysical levers in light frequencies to control biochemical circuits using photo- electronic circuits. Life has used photonics for 3.8 billion years, and we still have not gotten that core message in modern biology in 2019. Why did nature do this?
Photonics can overcome the high-speed electronic interconnect bottlenecks common in electronic circuits. Direct optical connections between processing elements provided many advantages to Mother Nature in building HER living systems. These include low signal loss, minimal power requirements, high efficiency, and data transfer over fiberoptic cables (MULLER CELLS IN THE RETINA) that provide massive connects to all parts of the system with minimal energy or information losses. Is there an example we can use in a cell to make the point? Yes, there is.
Photonics can overcome the high-speed electronic interconnect bottlenecks common in electronic circuits. Direct optical connections between processing elements provided many advantages to Mother Nature in building HER living systems. These include low signal loss, minimal power requirements, high efficiency, and data transfer over fiberoptic cables (MULLER CELLS IN THE RETINA) that provide massive connects to all parts of the system with minimal energy or information losses. Is there an example we can use in a cell to make the point? Yes, there is.
12. Single tubulin proteins, for example, follow precise rules of chemistry and physics to spontaneously self-assemble or polymerize into the microtubules essential for cell transport and motility. The proteins' binding interactions affect rules that specify how the pieces fit together to form the resulting structure. They also specify when and how tubulins assemble from a nucleation complex—a molecular algorithm governing the logic of polymerization. Mother Nature created a culture of connectedness in tissues linking to the colony of mitochondria in our tissues. No cell is untouched in photonic circuitry because water surrounds them and is inside of them. Water is a topology changer for our crystals.
13. Tubulins form microtubules in the brain. Inside of them water is found. At one end of the tubulins the openings are larger and at the other end the spaces is smaller by design. This is designed to confine water to harness its optical abilities when it becomes a special liquid crystalline structure where the quantum thermodynamics is allowed to occur. These complex structures are self-assembled with remarkably few mistakes. This offends the modern biological perspective, but it is well-accepted in physics.
Though considered quite simple, little is understood about the principles that govern programmable structural order underlying this type of spontaneous self-assembly. I have many ideas of how it happens. We now have clues it does not require energy to occur. It turns out information quanta seems to be the most important part of life’s real unwritten story.
Though considered quite simple, little is understood about the principles that govern programmable structural order underlying this type of spontaneous self-assembly. I have many ideas of how it happens. We now have clues it does not require energy to occur. It turns out information quanta seems to be the most important part of life’s real unwritten story.
14. Darwinian evolution should no longer be a special state or case of matter, but thought of as a more general phenomenon of how biophysical processes naturally organize matter using the operational laws of quantum mechanics currently operational on a planet. The type of terrestrial sunlight must be understood expertly before you can fully understand what life is up to on any planet.
15. The local star of that planet will provide most or all of the power and information, but the thermodynamic state of the planet ONLY sets the floor and ceiling of what kind and type of living systems can be built. The fundamental principles that govern how macroscopic properties emerge from microscopic interactions and arrangements really should be the cornerstones of biological sciences. It appears the inherent entropy in the system is a useful first step to self assembly. Microtubules are just another example of aperiodic crystals themselves in nature. Biology does not see this concept because they do not understand the quantum effects of electrons, protons, and photons in nature.
16. In crystals, the simplest example of spontaneous self-assembly, subunits of the whole are arranged in a repeating pattern that extends indefinitely in all directions. If you know the position of one unit in the pattern, you can tell the exact position of every other unit. Life appears to depend in large part on storing and processing information in hydrated proteins that act like crystals that have unique quantum spin states that store this information.
For genetic material to carry the diverse instructions required for living processes, Schroedinger initially proposed that it must be stored in an “aperiodic crystal”. Just nine years later, it was clear that DNA is indeed an aperiodic crystal when another physicist, Francis Crick, showed us that genetic information in DNA/RNA is conveyed through this irregular pattern in its matter.
Much like computers, biological systems are programmed to follow a precise set of rules or algorithms to store information and solve problems. Turing’s ideas are critical to bring to bear here on this topic. He was the first person to come to this idea, as far as I can tell.
For genetic material to carry the diverse instructions required for living processes, Schroedinger initially proposed that it must be stored in an “aperiodic crystal”. Just nine years later, it was clear that DNA is indeed an aperiodic crystal when another physicist, Francis Crick, showed us that genetic information in DNA/RNA is conveyed through this irregular pattern in its matter.
Much like computers, biological systems are programmed to follow a precise set of rules or algorithms to store information and solve problems. Turing’s ideas are critical to bring to bear here on this topic. He was the first person to come to this idea, as far as I can tell.
17. These biological algorithms direct actions bio-physically in a myriad of ways to biochemical processes to create complex patterns and structures by chemically modifying and assembling individual components. This defines what morphogenesis really is at its core. We have to realize that biophysics and biochemical arms work in entangled fashion using things we normally cannot see or observe in our biologic experiments well. This is why medicine remains afflicted with a large Dunning Kruger effect. We do not teach our clinicians about these connections and patients suffer as a result.
This should leads us to the work of Claude Shannon and Alan Turing, but so far in biology it has not. I think in a 5G world it might do this. It might be the Windex we need on our cloudy and dirty glass eyes in biology. I know I am aiming to do just this at the Kruse Longevity Center in El Salvador because we were inspired by the story of Bell Labs information problem in the 1960s that they solved by innovating the binary code.
At Kruse Longevity Center we will not only be teaching our members quantum biology, but we will be showing them how test cases from old non existent corporations that now are taught in business schools can further the understanding of what is going on in any living system below the cell level in order to understand the magic nature put in living systems. I plan on adding several layers to ‘this onion’ to see these ‘invisible movements’ happening right in front of your eyes below your ability to perceive it.
This should leads us to the work of Claude Shannon and Alan Turing, but so far in biology it has not. I think in a 5G world it might do this. It might be the Windex we need on our cloudy and dirty glass eyes in biology. I know I am aiming to do just this at the Kruse Longevity Center in El Salvador because we were inspired by the story of Bell Labs information problem in the 1960s that they solved by innovating the binary code.
At Kruse Longevity Center we will not only be teaching our members quantum biology, but we will be showing them how test cases from old non existent corporations that now are taught in business schools can further the understanding of what is going on in any living system below the cell level in order to understand the magic nature put in living systems. I plan on adding several layers to ‘this onion’ to see these ‘invisible movements’ happening right in front of your eyes below your ability to perceive it.
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