SUSY INVERSION and the Subatomic Systems of Life

A new framework linking SUSY inversion, quantum biology, isotope decay cosmology, aromatic ring coherence, hydrogen tunnelling, and the emergence of life from subatomic systems.

SUSY INVERSION explores a proposed revision of quark charge balancing and the role of subatomic systems in the emergence of life, spacetime, and biological coherence.

The framework integrates:

• quantum biology,
• isotope decay cosmology,
• hydrogen atom transitions,
• aromatic ring coherence,
• He-BEC isotropic singularity modelling,
• dark energy and dark matter dynamics,
• and proton tunnelling systems.

The model proposes that life emerges through coherent timing relationships embedded within atomic and cosmological structures.

Central to the framework is the concept that aromatic ring systems act as quantum timing and memory structures capable of storing and processing energy through coherent ring currents, hydrogen tunnelling, and isotope-mediated transitions.

The theory links:

• hydrogen spectral systems,
• He II 30.4 nm transitions,
• H-alpha hyperfine structure,
• carbon synthesis pathways,
• and cosmological expansion processes

through a unified angular momentum framework based on √kJ/mole scaling.

The reductionist perspective keeps things separate, so you do not see the relationships between cosmology and atomic theory because the ideas of the hot big bang are unable to explain atomic nucleosynthesis accurately. The current model cannot explain the missing lithium problem. Too little lithium in the universe. The He-BEC quantum cosmology model provides a basis for learning how a helium Bose Einstein Condensate isotropic singularity gives rise to the composition of elements in the early universe.

The He-BEC alpha particle decay half-life of 4E+18 s and its reciprocal 2.5E-19 s^-1 (Hz) provides a decay timing associated with aromatic ring dimensions of 1.39E-10 m and 1.39E+10 years giving the correct functional composition of the universe based on the emission of neutral alpha particles from the He-BEC system.

Using the temporal lens as the functional yardstick enables the universe to be explored at one atom / isotope transition at a time. The inner workings of the subatomic systems are unbelievable. To consider the processes of isotopes linked to functional gravitational systems in cosmology does seem to make any sense at all for those who believe their is an external physical reality. It is easier to consider that the projected image of the external reality is linked to the subatomic systems within a single hydrogen atom as it undergoes the tunnelling from the amine NH3+ into the aromatic ring radius 1.39E-10 meters. Having a good handle on timings is essential for you to be able to learn how biological systems are working at all of these different time scales. The evolution of living systems through isotope timed biology is fundamental to being able to explore and explain how cosmology converts into biology. 

Just consider the bridge between the sun with a diameter of 1.39E+9 meters and the aromatic ring radius of 1.39E-10 m. This difference of 1E-19 meters corresponds to the elementary charge of the electron being 1.6E-19. When you start to see cosmological relationships in subatomic systems you have to marvel at the beauty of creation and the generation of living systems is truly a wonder.

The model that I have developed is beyond the current framework of the standard model. I have introduced in the missing antimatter in cosmology after I had witnessed the isotope 156/72 Hf decay through alpha particle emission back in 2013. This has given me an alternative perspective on biological systems. Seeing the missing antimatter has enabled me to learn more about the non physical aspects of the Boson superfluid system that permeates spacetime, the 30.4 nm He II spectral emission from the gravitational toroidal process from 1459.2 nm n=4 boundary layer in the Hydrogen s-orbital structures. The boundary width being 127 * 137 = 17399, whereas the Km of 17414 contains the 100 Pi torus and sqrt c = 17314 gives the delta 100. The mathematical model reveals that the structure of an individual hydrogen atom is way more complicated than the two particle system currently being used to explain hydrogen in biological sciences.

The isotope cascades give rise to an atomic replication system involving the production of two helium atoms from an initial single helium atom. An atomic helium atom duplication cycle. This replication of atoms predates cell biology. Predates the ideas of DNA, RNA, and proteins. An isotope replication cycle is suggestive of a living system based on half-lives.

The universe contains all the information for self-replication at a cosmological level through the evolution of temporal expansion and compression. The two processes work together to maintain the conservation of pressure. The process of helium replication acts like a regenerative system. From one atom of helium we see a process that can generate two atoms of helium through the 8/4 Be system of alpha particle emission. 8.19E-17 s is a short half-life (2.6E-24 years). The symmetry with the aromatic ring time and space giving 2.6E+24 meters. Considering the aromatic ring radius in Planck lengths is 8.6875E+24.

The aromatic ring system is a vessel in which hydrogen atoms can be accumulated to generate other atoms. A quantum coherent system giving rise to the very processes linked to isotope timings and a memory of prior transitions stored within the delocalized electron ring currents.

• SUSY inversion
• subatomic systems of life
• quantum biology
• isotope decay cosmology
• He-BEC cosmology
• aromatic ring quantum coherence
• hydrogen tunnelling
• quantum cosmology
• dark energy dark matter model
• helium Bose Einstein condensate
• quantum spacetime biology
• proton tunnelling biology
• quantum coherent biology
• subatomic biology
• isotope timed expansion

• hydrogen atom transitions
• H alpha hyperfine structure
• aromatic ring spacetime
• quantum information biology
• quantum coherence in life
• cosmological composition model
• SUSY inversion baryonic symmetry
• angular momentum cosmology
• He II 30.4 nm
• Balmer line quantum biology
• carbon synthesis alternative triple alpha
• quantum proton systems
• superfluid helium life model
• dark matter compression
• dark energy expansion

• SUSY inversion revision of quark charge calculations
• hydrogen tunnelling into aromatic rings
• isotope decay systems and Hubble expansion
• He-BEC isotropic singularity model
• aromatic ring quantum communication
• proton tunnelling and biological coherence
• subatomic origins of life
• quantum cosmology of biological systems
• hyperfine hydrogen bridge to aromatic rings
• quantum coherent fluid model of life
• angular momentum scaling in cosmology
• quantum foundations of consciousness
• isotope timed expansion processes
• alternative carbon synthesis mechanism
• quantum biology and cosmological symmetry