Quantum Biology lesson 1
Breaking the standard model of Particle Physics and creating a new model for human biology to integrate isotopes (unstable atoms) as the foundation of animate timings in human biology. Biology has been taught on the basis that atoms are stable. The one’s that we look at are stable but there are more than the 118 atoms of the periodic table to consider even if you materialism concepts only consider atoms. There are over 3000 unstable atoms. I am not even considering ionization of atoms and how many different ionization states atoms can have. In a way we have tried to simplify biology by only exploring the stable atoms. The carbon-based biochemistry of metabolism gives a picture of a stable robust system. However, hydrogen is more abundant in our bodies and the hydrogen atom has some unusual properties with respect to its quantum features.
Should we consider quantum features of hydrogen in our bodies? Yes
Why should we care about the role’s hydrogen plays in our bodies? Mitochondria create hydrogen (proton gradients) that makes ATP, a form of energy. Where did biology learn how to make energy using proton gradients? Who taught it? I would like to highlight the functional role of isotopes (unstable atoms) in our biology that plays an important role in the energy systems in our biology event before mitochondria where created. A mitochondria is a complex biological structure. It took time to evolve. My science model has led me to believe that isotopes underpin an early evolutionary energy system that was foundational to biological processes and evolution. If we think about the speed (longevity of isotopes), they are created and disappear in very short lengths of time. Their life cycle is short. Therefore, there role in biology has been essentially ignored or placed into the too hard basket.
What I have stumbled upon is that isotopes use hydrogen to generate energy cycles in biological systems. Do we see any comparison between the proton gradient in the mitochondria and the proton gradient in water? Yes, pH is the feature of water that refers to the proton concentration. Water can have many structures based on its hydrogen bonding networks. Think about freezing water, snow flakes and their various shapes and how this reflects the hydrogen bonding networks in the water molecules. What is can consider is a hexagonal shape within water molecules arranging themselves into lattice networks. Within the hexagonal shape is an empty space. What fills that space is interesting to consider. There appears to be a gradient of sorts of what is inside the hexagon and what is outside of the hexagon. A proton gradient of sorts. This allows protons to go into the hexagon and generate concentrated protons. This is also proposed to be a source of isotope formation. By adding protons water has the ability to create atoms, unstable atoms. These unstable atoms release energy into their surroundings giving a functional way whereby biological processes could have evolved. This is therefore arisen out of an isotope physics landscape of unstable atoms. If this is the bedrock of biological evolution then we should see isotope effects in biological system and this would be associated with proton biological systems.
May biological investigations do not follow the stable atoms. I find them too boring. I follow the unstable atoms and the radicals that do things within biological systems. That is where all the juicy pieces of evidence are with respect to our biology is animate and how life evolves from the fabric of the universe. My models explore this fabric, fluid, in order to try and comprehend the processes responsible for atom formation. Why are atoms the way they are? Do they have a cosmic template that they follow in order to make them all identical. By understanding how atoms are formed we can then explore new models for how the universe evolved life.
Quantum Biology lesson 2
In lesson 2 I talk about the Bose Einstein Condensate and how this weird form of light, the liquid form of helium, in a quantum super fluid, given it's properties and geometry provides the only element of the periodic Table that could be present near absolute zero, where the electrons are at 0.00004 nm distance apart provides a KJ/mol binding energy to produce 10 x the speed of light and responsible for the inflation stage of the universe. By starting again after introducing positrons back into the standard model of physics provides the starting point for some interesting calculations that reveal God. He the Father, the liquid waters of the universe and the generation of dark matter, dark energy and matter, the right hand rule of electromagnetism and the speed of light calculations.
Quantum Biology lesson 3
In this video I provide a understanding of how to look at Einstein's most famous equation in three ways in order to see the structural features of geometry of a circle and a cross and a singularity within that geometry and the inverse square laws of gravity and charge interactions. Looking into the relationship between electrons and positrons as photons of light in the inverted symmetry relationship of the cross based geometry and how to understand how light can have no mass and no charge. Why is this important? The role of light or biophotons in biology is not understood so developing a scientific framework for light provides a way to understand how light works within atoms and in biology. The physics of light in biology is one of the fundamental aspects of quantum biology that needs to be resolved. Providing this framework means you can look into the light from the perspective of the light in atoms based on geometry and see the inverted symmetry through the zero point and determine from the ground up how biology forms structures using light trapped in atoms.
Quantum Biology lesson 4
In lesson 4, I talk about the relationship between a circle and Einstein's E= mc^2. I also discuss the concept of Planck length and using inverse square law to position electrons within the atom’s orbital structures. Also, considering the lens like properties of the atomic centre of the atom and how it acts like a sun or point light source and how each electron within the atom is also held in its position by photons of light. This spider web like electron arrangement in atoms can be seen using concepts of the inverse square law and point light source. Then, I use the idea of light within atoms and the photo-electric effect where the positron and electron pairs are mirrored through the centre of the atom "The nucleus" Like a pin hole camera the nucleus flips upside down the light so that it is opposite on one side of the atom to the other side of the atom. The balance of opposites. So the model of atoms has both positrons and electrons and not just electrons as outlined in the Bohr model of the atom. This different perspective provides the context of a cross based geometry within atoms. I talk about S orbitals and p orbitals and how the electrons / positrons within the S orbital can be used to identify the position of the P orbitals. This can also be done with the D and F orbitals. Have a go if you want to. Lots of information on the geometry of stability based on inverted symmetry which is the SUSY inversion model to understand geometry of atoms and how to look at Einsteins geometry in atoms.
Quantum Biology lesson 5
Here I discuss the concepts of inverse square law within the atom structure and how to identify the position of electrons in single atoms when not measured to disturb them. Understanding how this applies to neurotransmitter function and the aromatic ring and its unique environment to create a connection between single atoms within our subconscious minds and how hydrogen in the state of inverted symmetry allows quantum tunnelling to create isotopes. Those isotopes are atomic clocks with half-lives and the release of light from them provides energy, a source of light for transformation and a way for atoms to store light and return their geometry back to a balance state where the number of protons = the number of neutrons and the number of electrons = the number of positrons. This is the key feature of sleep and the light from dreams originates from these radioactive decay process to restore atomic balance in the atoms of the subconscious mind. I explain how this occurs through hydrogen. I also speak about how I view the centre of the atomic world and spin from alpha particle emission from the helium Bose Einstein condensate.
Quantum Biology lesson 6
In this lesson I discuss the electron as a Janus particle. Like the earth a Janus particle has two different sides, one side in the light and one side in the dark. I also discuss the concepts of the instability of isotope tritium, a form of hydrogen that is unstable, this instability is explained by the loss of symmetry in the atom because the number of protons no longer is equal to the number of neutrons and the quark symmetry is lost. The quarks Up and Down making photon pairs and being similar to the electron positron pairs within atoms in orbitals.