Given the proposition that all earth species of NI from Abiogenesis live and interact on Earth it is supposed shared source in distributed biological DNA "tuning stations" founded in Tesla-Schumann resonance frequencies of radio wavelengths [18
] [Garaiev], varying to Species types, i.e. genetics for biomagnetism
in CNS, c.f. chordates v. invertebrates [C. elegans], land v. air v. sea-dwelling animals [Cetaceans, Pinnipeds].
Since the CNS is the central biophysical -CEMGD tuning, generation and relay station for Time-, Land-, and Mindspace and Mindscape in DGW-ICSO it is proposed the CNS is where ultimately humans can measure input and output for Computation in more Dynamic Systemic methods e.g. Geophysiology and protocol than most other earth-based life forms except perhaps for Cetaceans, Cephalopods, Pinnipeds, Aviates or Formicidae, with each to their own Bioseimotic protocols, methods and processes, in the Ethology theory of J.J. von Uexkull [19
] or Sociobiology of Wilson [20
]. An important process in Biophysical computation is Photochemistry [21
] of Nitrogen, Oxygen, and Carbon in Ecosystemic processes, and amino acids, lipids and glycogens in biophysical organisms.
Systemically, therefore within the Global parameter, each regional and discrete Semiotic syntactical schema are proposed two general ontological notions of environment per species, where S_i=Species internal and S_e=Species external. Ergo since we can utilize such parameters for Ontological limitations, ultimately in theory, we can surpass them in biological sense and definition of dynamic and expansive, complex terms of Computation. This is verified in research on Quantum mechanics of Photosynthesis [22
] and the potential of Membrane resistance in biophysical systems [23
It is proposed one integrating function of physics and biophysics is cellular magnetic flux and theory of automata of microtubulins [Hameroff-Penrose]. In the constructivist dialectic, it is supposed only the Object-interaction generating the ontology of category; that is to define Quantum Biology [1
] as the study of biophysical decision theory.
As amino morphologies generate RNA/DNA, these types of polymers can be supposed to be shaped by photonic communication between cells in infrared spectrum in electrochemical methods by Albrecht-Buehler [24
] and Ling [25
], metrics e.g. Quantum Monte Carlo [27
] and in RNA/DNA electromagnetic coherence effects [28
] [Frohlich], e.g. Chromatin
It is unknown if it is possible to accurately measure electronic emission without corresponding magnetic emission; Quantum density functional theory [30
] [QDFT] estimated by Hohenberg-Kohm, and Kohn-Sham derive 3D electromagnetic phase space and many-body problem, respectively. Schrodinger equation can be determined where,
When cellular structures communicate with electronic and magnetic field and particle-wave donation, they must obey information physics degradation at nm level [31
]. Even Newton's Laws of Motion in minutiae, are applicable at this scale as Quantum mechanics
of cellular communication, and positive and negative ionization of electrolytes in catalysis, e.g. amino acid morphology and dynamics are directly affected. Penrose and Hameroff have done extensive testing of this model [32
]. The two-state model of physics may well apply to biological functions in the macro scope. Indeed, which properties of amino acids cannot be measured by physics in the Heisenberg model [33
Newtonian Physics is based on quantum complexity and the macroscopic "uncertainty" measurable in calculus of infinitesimals in differential equations, but less so than on mathematics which as a discipline is abstract and not immediately empirical. Therefore Mathematics it can be said is based upon the ability to ideate novelty and understand potential architecture and mechanics of states of dimension.
The axioms are stated here, as result of applied theorems to test cases of bio-physics problems, e.g. Physical constants. [34
] And so there could be a corresponding in hypothesis for physics of protein modeling in Markov chains [35
] for math to accomplish the metrics and mechanical theorems and calculation for grid of amino acid dynamics per domain [36
]. There is a measurable, mathematical approach to biology of physics or physics or biology that is theoretically and experimentally valid: Cellular dynamics are combinatorial physics in action which are quantum computation regimes, e.g. Moller-Plesset perturbation for electron shift in resonant field [37
How does the Mathematics describe the Reflective space, the qualities inherent T-duality method as massive distributed quantum computation? In summation because of the work of Riemann and Hilbert the interdisciplinary studies of Physics, Quantum Mechanics and then Biology have become interrelated through the development of computers, microscopes etc. and the engineering research of Von Neumann, Shannon, Tesla and others as thermodynamics and entropy are to quantum mechanics and automata spaces of TQFT.
Science has learned in the 21st century that quantum mechanics have warm entanglement above point of superconductivity. Spooky action at a distance is not a phantom phenomenon. This proposition regards quantum entanglement and decoherence regimes the qualia for the orders of magnitude of biophysical constants as to computational causal structures and M-theory. Subsequent contemporary quantum field mechanics, in which biology and chemistry are affected but are not the primary factors of the Hodgkin-Huxley model in granular explanations, noted in amino acid chains, glycogen and lipid mechanics at ATP and RNA/DNA nm-scale.
The mitigating factors of biochemical actions as indicated in literature are in quantum mechanics and within that field of study, probability states. Regarding research on amino acid, morphology and intracellular aggregation dynamics are considered the mechanics of amino acid development. The mechanism to moderate such cell development, may occur within infrared bit-logic, e.g. XOR communication between cells [24
Which does the propagation, the aggregation dynamics of molecules, or biophotonic communication in a switching system of cells which make the structures build and rest and rebuild in modes and morphology? It is proposed that the switching systems obey electronic and a magnetic fluctuation of probability states as do any other Dynamic Systems at given scales of magnitude. Therein Decision theory can be supposed as a discovery of inherent principles that are scalable as a negentropic gradient and requires energy transfers and entropic cellular conditions to occur continuously.
Regarding amino acid morphology [39
] and their progenation in various RNA/DNA sequences, proteins have apparently self-organizing conditions for morphology. Rapoport, et al. [40
] in topology of biophysics has demonstrated in theory and mechanics of probability amplitude and MSSM in DBBHSHP. How do the originations of this dynamic mechanism work biophysically?
More specifically, what are the electronic and magnetic mechanisms and domains of protein dynamics and how are they computed? Geometrical analyses for cellular dynamics have been proposed by Shih, et al. and Chen using Monte Carlo simulations. It is further hypothesized by the Author [Jonah Lissner] in basic terms of Process physics and phenomenology there are nonlinear dynamics utible for a master-control program series, inherent as a result of evolutionary metaprogram in RNA/DNA, that mechanizes or programs and accomplishes folding-unfolding, in biophotonic, nm and infrared relay metrics.
The Biological metaprogram is all of the information contained in each individual RNA/DNA as a Biophysical Computation Machine [BCM], defined as such because it modulates all current and potential mechanisms, codes and variable values, for individual and species evolution. This is because it interacts in CEMGD within and outside of the RNA/DNA. Topological conditions of amino acid unfoldment caused in hypothesis are hypothesized measurable by EPR and neutrino spin resonances [41
]. The magnetic domains and spin are as individual write-and-rewrite scripts because they are proposed part of a species- and, region- and planetary biosystemic hyperprogram for species evolutionary development, within a complex and systemic RNA/DNA process physics.
Therefore the RNA/DNA chain is portable or transcribable as a collection of intermodulated and differentiated, values of amino acids, glycogens, phosphates and noble elements including the superconductive platinum group which may enable macroscopic quantum coherence [42
] and biophysical, dynamic modes of self-organization in distributed, holonomic communication between quantum subconducting wires or CNS biomechanisms e.g. actin[44
], centrosomes, centrioles, microtubulin, axons-dendrites, neurons, glia [32
] [Penrose-Hameroff, ibid] as demonstrated in two-state quantum Josephson effects [45
The process biology and functions of information physics, e.g. ligand molecules per the Hill equation [46
and proper ionization of precious metals can help demonstrate how allosteric dynamics of external light sources via proper element and mineral utilization are synthesized into carbon-based nutrients in CNS and NI biology above and upon landmass and within water-biomes.
A second stratum involves evolutionary automata series like virii and bacteria, e.g. plasmids or hypothetical nm-scale somatids in bloodstreams. At microscopic level they can evolve in Dynamic Systems extremely quickly by human standards, setting a biometric algorithmic submanifold for given biospheric development phase spaces.
A gestalt Physical definition of mind is therefore proposed in which the entire biology is involved in Computation. Regarding the terms of replication in the replication brane or timeline, the idea of iteration and recursion of forms has potential to determine the methods to recreate and expand foundations of biological communication networks and develop them in the mathematical format of orthophysical process [47
It can be supposed this is part of the refinement process of which Von Neumann, Wigner, Planck, de Broglie, Bohm, Kuhn [50
], Wolfram [52
] and others refer in which are to be extracted relevant Metaheuristic axioms [53
] of very complex, repetitive, fractal Systems development and find the commonalities in the mathematic work of Hilbert and Riemann applied to laws of thermodynamics for biological systems, from the genesis as genetic automata, c.f. Rule 30 [54
], for any cellular Biophysical system in density of states and reveal new fine-tuning of constants or new actions of energy states [55