Classical vs Quantum — The Biological Location of the Divide

In the grand tapestry of existence, where the ethereal dance of particles intertwines with the tangible realm of life, lies a profound and intricate boundary that beckons the curious mind. This delicate threshold between quantum and classical mechanics serves as a portal to understanding the very essence of biological systems, where the minuscule and the monumental coalesce in a symphony of complexity and elegance.

At the heart of this exploration is the realization that life, in its myriad forms, is not merely a product of classical interactions but is profoundly influenced by the enigmatic principles of quantum mechanics. The behaviour of particles at the quantum level, with their uncanny ability to exist in superpositions and exhibit entanglement, challenges our conventional perceptions of reality and invites us to reconsider the mechanisms that govern biological processes.

Consider the exquisite phenomenon of photosynthesis, where light is captured and transformed into energy with an efficiency that defies classical explanations. Here, the quantum coherence of excitons plays a pivotal role, allowing for the seamless transfer of energy across the thylakoid membranes of chloroplasts. This remarkable interplay between quantum mechanics and biological function exemplifies the artistry inherent in nature, revealing a world where the boundaries of physics dissolve into the vibrant tapestry of life.

Moreover, the intricate processes of enzyme catalysis and molecular recognition further illustrate the profound implications of quantum mechanics in biological systems. The subtle vibrations and tunnelling effects at the molecular level orchestrate reactions that are essential for life, showcasing a level of precision and efficiency that transcends classical understanding. In this realm, the quantum realm does not merely coexist with the classical; it enhances and enriches the very fabric of biological existence.

As we delve deeper into this captivating intersection, we are compelled to ponder the philosophical implications of such a synthesis. What does it mean for our understanding of consciousness, evolution, and the very nature of life itself? The exploration of this boundary invites us to embrace a holistic perspective, one that acknowledges the interplay of the quantum and classical as a harmonious duet rather than a discordant clash.

Understanding the Classical Framework of Life

The quantum to classical divide is mediated through a specific geometrical feature in biological systems corresponding to the aromatic ring and 1.39E-10 meters which is beyond the wavelengths of visible light at 400 nm to 750 nm. The temporal window into the universe through the symmetry between the radius of the aromatic ring and the age of the universe offers a non-classical viewing port to reconcile the divide between the quantum and the classical. If you consider the ideas of observation and the wavefunction collapse, then you should at least consider the physics responsible for observation within the mind. A model that unlocks temporal features of memory linked to isotope half-life timings within the boundary conditions of the symmetry between the age of the universe and the radius of the aromatic ring, provides a lens through which the evolutionary processes associated with unstable atoms operates biologically.

Entering the Quantum Field — The Invisible Architecture of Energy

We have built our current models using measurements which has given us the belief of a stable atom paradigm that is evolutionary constrained through a chicken and egg issue that relates to the enzyme involved in DNA synthesis is coded into its only sequence in the substrate from which it is generated. To break through this chicken and egg issue, we can step beyond the limitations of stable atoms and see the aromatic ring atomic clock timekeeper as the key to evolutionary development. It works with the proton to create proto-lifeforms of isotopes with their half-lives. A unique pattern of memories provides the basis of social knowledge being able to be passed on to the following generation without having to learn that information because that information is encoded into the aromatic ring systems present in the DNA structure. The time coded features of memories are in the ring. That is why the aromatic ring has symmetry to the age of the universe. It is the spatial and temporal unification domain of biological living systems.  

Where the Divide Dissolves — Hydrogen, Light, and Memory

The aromatic ring storage of time energy in the form of unstable atoms offers a wider diversity of temporal dynamics giving rise to the evolutionary features of life. Seeing how evolutionary systems can adapt in dynamic ways beyond the slower rates of evolutionary timings provided by traditional ideas of Darwin in a slow random mutation. The identification of the temporal features of unstable atoms operating over very different timeframes gives rise to a temporal dynamic energy system that gives rise to different functionality and outcomes based on energetics of isotope processes. This is the origin of evolution through time. It is the timekeeper of evolutionary information that unlocks life's animate aspects.  

Quantum Apitherapy: Bridging Science and Healing

Coding memories into atomic structures within the aromatic ring is unusual but what this provides is an answer to one of the black hole paradoxes and that is to the location of the stored information. In the aromatic ring black hole singularity model offers a unique answer to that question. The information is stored on the event horizon in a holographic manner but is also retrievable through the temporal coding of information. The isotope grown within the aromatic ring is therefore part of the imprinting of information for the following generation.  

Implications for Regeneration and Consciousness

This provides an underpinning mechanism through which time coded through isotope energetics links memories from one generation to another. We have developed a timekeeper-based symmetry model based on the relationship between the symmetry of the radius of the aromatic ring 1.39E-10 meters and the age of the universe 1.39E+10 years. This wormhole like features of the aromatic ring gifts biological systems with temporal features beyond the limitations of stable atoms that describe only 5% of a matter-based universe.

The amine based pKa is seen as an amine delivery mechanism for proton tunnelling into the aromatic ring. This gives rise to the growth of quantum coherent room temperature bosonic fluids within the aromatic ring.

By developing the SUSY inversion DE DM modelling of proton tunnelling into the aromatic ring. A model that describes Baryonic symmetry because of the revision of quark charge calculations we get to see a place of elegant symmetry operating biologically. The 720-degree rotation of the Fermion in the delocalized aromatic ring geometry enables a toroidal vortex of the quantum coherent fluid to form a funnel into the Planck singularity. The jet coming out is timed to perfection. Two times the elementary charge placing the ring boundary event horizon as the divide between quantum (within the ring) and classical (outside of the ring). 

The numbers stack up. Consider the vacuum of space. The permeability of space as defined by Mu o = 1.25664E-6 s/m. 

Determining the temperature of the blackbody is given by sigma T^4, where sigma = 5.67E-8. So, what temperature do you get?

1.25664E-6 / 5.67E-8 = 22.163 and 22.163^0.25 = 2.17 deg K. 

This is the triple point of helium as a Bose Einstein condensate. The He-BEC isotropic model provides the connection between the initial state of the universe and its relationship to Mu o via the aromatic ring.

Modelling of the ring is phenomenal. A stargate to 1.39E+10 years is present within us in the molecule of dopamine. It is true that the Kingdom of Heaven resides within you. Where Does Biology Cross the Quantum Divide? It is within you.