The concept of nature as a pre-determined, rigidly-deterministic machine, comprised of eternal Platonic laws and constants handed down once-and-forever from 'on high', has dominated our philosophy and science for several millennia. During the past century paradoxes associated with quantum mechanics, the mysteries of dark matter, dark energy, the nature of consciousness, and the long-standing debate on the existence of free will, have called into question our previous assumptions. It is becoming apparent that a rigid, pre-determined cosmos of ‘being’ does not exist independently of our conscious perception and free will.
It is proposed, rather, that the cosmos is a projection of the implicate order onto the explicate order of spacetime, of a fluid and creative entity that is eternally ‘becoming’ in which free will exists and plays a key role in molding its behavior. Behind our spacetime perception of reality as a machine governed by eternal mathematical laws and Turing computation, there is a pre-spacetime implicate order, the underlying reality of the self-creating implicate-order plenum PL and phi connectome PC computing as a Gödel Non-Turing/Non-algorithmic Phase-Shift Computational System GNPSCS. Via morphic resonance, persistent patterns and repeated conscious free-will choices form and alter annealed nested habit pathways of the phi connectome which are, then, continually projected back onto the explicate order of spacetime. There is resonance across space and time (entanglement) such that what happens in one place at one time is present every-where and every-when.
Thus, the explicate and implicate orders are ‘locked’ in an eternal, flexible interplay of being and becoming such that we have moral responsibility because our conscious, free-will decisions affect the structure of the cosmos.
Table of Contents
1. The Phi Connectome PC: Self-Formation Of No-Thing From Nothing
2. Scale-Invariant/Conformal Tunneling Information
3. Rogue Waves in the Plenum and Formation of the PC
4. Formation of Annealed Nested Habit Pathways of the Phi Connectome
5. Undifferentiated Elements of the PC Can Form a Differentiated Annealed Habit Pathway
6. Repeated Habits Become ‘Laws’ of Nature
7. Matter and Gravity as Habits
8. Current Cartesian Mathematics Reflects Long-Standing Annealed Pathways in the PC
9. Continual Oscillations from Implicate to Explicate Orders-Bohm’s holomovement
10. Memory of the Past Increases the Melting Point of New Crystals
11. Laser-Like Activity of the Hippocampus; Holographic Memory Storage and Retrieval
12. Figure Illustrating Morphic Resonance Between the Computational System of the Brain and the PC-Plenum
13. Spacetime is a 4-dimensional Projection of the Multi-dimensional PC
14. Eternal Sequential Cosmic Eons
15. Gödel Computation of Feynman Diagrams
16. Formation of Quarks from Nothing; Projections of the PC
17. Implicate to Explicate Oscillations and Information Storage
18. Moments of Consciousness
19. Moments in ST as Unfolding of the Implicate Order
20. There are No Eternal Laws of Physics
21. Formation of Memory by the GNPSCS
22. Instant ‘Clique’ Solutions of the GNPSCS vs. Turing Computation
23. Bloch Imaginary Clock Ticks Past Its Modal Midnight
24. Weinberg-Salam Theory of Spontaneous Symmetry Breaking
25. The Planck Scale and Higher Energy/Frequencies of the Phi Connectome
26. Quantum-coherent Nested Time Crystals and the Presence of the Past
27. Photons, Death, and Self-Resonance
28. Eternal Creativity, Prayer, and Miracles
29. Creative Evolution as Persistent Successful Random and Conscious Events in Spacetime, Producing Formation of Annealed Nested Habit Pathways in the PC by Morphic Resonance
30. Does the Ultra-symmetry of the Plenum/PC Project onto Spacetime as the Supersymmetry (SUSY) of Quantum Electrodynamics QED?
31. Projection of the Nested Structure of the PC onto Spacetime as MǻM*, and a new treatment paradigm in medicine
32. Relationship of Implicate-Explicate Orders, Collapse of the Wave Function, and Anti-particles
33. Discussion-Summary-Notes
Research Objectives and Core Themes
This essay explores the hypothesis that the cosmos functions not as a rigid, deterministic machine governed by eternal mathematical laws, but as a fluid, self-organizing entity that is eternally creative. The central research question investigates how a pre-spacetime, non-algorithmic "implicate order"—defined here as a Gödel-computable, multi-dimensional phi connectome—projects onto the 4-dimensional explicate order of spacetime. By integrating quantum mechanics, consciousness studies, and morphic resonance, the work proposes that physical "laws" are in fact ingrained, changeable habits formed through repeated events, and that free will plays an essential role in altering the structure of the cosmos, thereby entailing moral responsibility.
- The role of the non-algorithmic GNPSCS (Gödel Non-Turing/Non-algorithmic Phase-Shift Computational System) in physical processes.
- Morphic resonance as the bridge between the implicate order (the "plenum") and explicate spacetime.
- The re-interpretation of fundamental physical constants as long-standing, habitual pathways rather than immutable laws.
- The holographic nature of memory, intelligence, and conscious decision-making.
- The necessity of consciousness as a primary factor in wave-function collapse and the evolution of reality.
Excerpt from the Book
4. Formation of Annealed Nested Habit Pathways of the Phi Connectome.
Spacetime ST ‘trials’ or persistent events at all scales, e.g., in an organism (e.g. MǻM* in chapter #31 below) occurring in ST affect the PC by morphic resonance such that the more a pathway is used, the more the pathway becomes ‘fixed’ like a cooled, annealed metal. That is, like a cooling metal, the algorithm isn’t too fussy about accepting a substantially lower point in the early stages, but later on the algorithm becomes more discriminating about accepting such a degradation in the goal of finding the highest point. This latter feature is reminiscent of annealing metals… ‘when the metal is hot, the metal is quite pliable; however, as the metal cools, it becomes more rigid’. As a potential pathway or subset of pathways in the PC becomes ‘cooled’ or fixed, we say a habit emerges. The ‘other side’ of morphic resonance obtains, namely, the habit pathway in the PC ‘feeds back’ or projects to spacetime ST. The PC projects onto ST as the multidimensional fractal GNPSCS and is in morphic resonance with ST establishing, thereby, a morphic field in ST accounting for the highly-coordinated patterns observed, for example, in the murmuration of Starlings and coordinated swimming patterns of schools of fish avoiding a predator.
Summary of Chapters
1. The Phi Connectome PC: Self-Formation Of No-Thing From Nothing: This chapter introduces the PC as a non-algorithmic Gödel computer, formed from chaos via the Parrondo Principle and Brownian Ratchet, challenging the view that the cosmos is merely mathematical.
2. Scale-Invariant/Conformal Tunneling Information: It argues that entities like bosons, gravity, and dark matter are all forms of scale-invariant tunneling information between oscillators of the PC.
3. Rogue Waves in the Plenum and Formation of the PC: This section details how paired plenum swirls relate to rogue waves of infinite energy, projecting a multi-dimensional fractal structure onto our 4-dimensional spacetime.
4. Formation of Annealed Nested Habit Pathways of the Phi Connectome: The author explains how persistent events in spacetime form "fixed" habit pathways via morphic resonance, similar to the process of annealing metal.
5. Undifferentiated Elements of the PC Can Form a Differentiated Annealed Habit Pathway: Discusses how random or conscious changes in spacetime cause undifferentiated elements of the PC to become oscillators, establishing habit pathways.
6. Repeated Habits Become ‘Laws’ of Nature: Illustrates the non-linear evolution of physical laws, showing that what we perceive as immutable Platonic laws are actually the result of an exponentially increasing number of repetitions.
7. Matter and Gravity as Habits: Posits that our current laws and constants evolved from "failed" eons; gravity is seen as a long-standing habit developed through morphic resonance.
8. Current Cartesian Mathematics Reflects Long-Standing Annealed Pathways in the PC: Criticizes the limitations of Cartesian-based differential calculus for subatomic phenomena and suggests Hilbert vector space is only a temporary substitute for the deeper concept of the implicate order.
9. Continual Oscillations from Implicate to Explicate Orders-Bohm’s holomovement: Describes the oscillation/holomovement between implicate and explicate orders as imaginary Bloch clocks of the GNPSCS tick past their modal midnight.
10. Memory of the Past Increases the Melting Point of New Crystals: Examines how the non-linear stability of new crystals serves as evidence for the annealing of habit pathways in the PC through morphic resonance.
Keywords
Phi Connectome, PC, GNPSCS, Implicate Order, Holomovement, Morphic Resonance, Gödel Computer, Spacetime, Habit Pathways, Quantum Coherence, Nested Time Crystals, Tunneling Information, Consciousness, Plenum, Non-algorithmic.
Frequently Asked Questions
What is this work fundamentally about?
This work proposes a new paradigm where the cosmos is not a machine determined by fixed, ancient laws, but a self-creating, creative entity where physical "laws" result from ingrained habits and resonance with a deeper, pre-spacetime reality.
What are the central thematic fields?
The core themes include the intersection of quantum non-locality, biological memory storage via microtubules, the inadequacy of Turing-based computation for explaining complex biological systems, and the proposed role of a multidimensional "phi connectome" in organizing physical reality.
What is the primary research goal?
The goal is to provide a unified computational model for the cosmos that resolves long-standing paradoxes—such as dark matter, dark energy, and the "hard problem" of consciousness—by reinterpreting the universe as an explicate projection of an implicate-order Gödel computer.
Which scientific methods are employed?
The essay utilizes a synthesis of theoretical physics, biological research, systems theory, and philosophical inquiry, focusing on Gödel’s incompleteness theorems, Bohmian implicate-order theory, and Rupert Sheldrake’s concept of morphic resonance.
What does the main body cover?
The main sections systematically deconstruct physical concepts (particles, gravity, thermodynamics) by showing how they emerge from the non-algorithmic "phi connectome," and how these principles translate into new biological treatment paradigms based on tuning quantum-coherent time crystals.
How do keywords characterize this work?
The keywords reflect a shift away from traditional reductionism, highlighting terms like "non-algorithmic," "holomovement," and "phi connectome," which emphasize the author's rejection of linear, machine-like representations of the universe.
How does the concept of "annealing" apply to natural laws?
The author uses the analogy of "annealing" metal to describe how repeated spacetime events become fixed in the PC, transforming from volatile, non-linear possibilities into stable "habits" that observers mistakenly perceive as eternal, unchanging physical laws.
What implies the moral responsibility of the observer?
Because the conscious observer’s choices are not merely reactions to a past but effectively project and alter habit pathways in the PC, every conscious decision impacts the future structure of the cosmos, thus anchoring moral responsibility in the creative nature of reality.
- Quote paper
- Dr Marshall Goldberg (Author), 2024, The Primacy of Creativity. Does an Eternally Creative Cosmos Entail Free Will and Moral Responsibility?, Munich, GRIN Verlag, https://www.grin.com/document/1525449
