Quantum tunnelling and hydrogen biology
Quantum tunnelling is happening all the time. Hydrogen has the ability to quantum tunnel into single atoms to create isotopes. It occurs at specific wavelengths relevant to the photon distances within hydrogen.
The electron also tunnels through energy barriers because of its wavelength. Have we overlooked the simplest element on the periodic table and considered it to be featureless in terms of biology because it is everywhere. Hydrogen in water gives a new meaning to the idea of water = life. There is no carbon in water so the idea that carbon-based life form is being debunked. Hydrogen is becoming the new carbon in terms of its importance in biological processes. The science of hydrogen biology is truly remarkable because of its unique size and how the positron and electron pairs (two photons) within hydrogen can operate in biology through the language of quantum tunnelling and entanglement, we can now start to appreciate hydrogen as the key element it is in the formation of life.
The animate nature of a human being does not come from the stable nature of carbon. It appears that instability of atomic structure provides the basis for biological animism. Biology plays by its own rules which are cosmologically inscribed into atomic behaviour. These atomic features are explored in order to make sense of the paradoxical aspects of biology.
The models being developed at QBRI and Quantum Technologies are functional in terms of the role unstable atoms play in biological systems. As such we can start to understand the images observed in the video below. Light from Light. A lazer excitation of a single atom coordinated atomic proton delivery system provides a potential solution to a time resolved decay light out system. Features of atoms in terms of storage of light and memory recall atomic decay have not been considered previously or not that I have been aware of. Memory has been associated with neurological structure and not atomic structure. However, functional quantum properties are associated at the level of atoms and not neurons.
W Boson decay (beta plus and beta minus decay processes) are examples of quantum tunnelling. So is dreaming. The atomic decay and release of hadron jets from the gluon fields provides the light stored in the atom of memory and when it is released from the aromatic ring of the neurotransmitter you experience a stream of light known as a dream.
The video above provides atomic light decay processes happening in monoatomic minerals coordinated to the hexagon ring (aromatic ring) of the plant phenolics collected by bees that are bound to royal jelly proteins isolated from Manuka honey. The nootropic properties of the product that I developed are due to the atomic physics happening in the isotopes generated in single atoms. It happens that our unconscious mind operates through hydrogen’s ability to generate isotopes in single atoms housed in the aromatic ring of neurotransmitters.