Design, Awareness and Consciousness (DAC) The Relationship between Plasmic, Fractal, Holographic and Quantum fields of EIM

 

Conceptual impressions surrounding this post have yet to be substantiated, corroborated, confirmed or woven into a larger argument, context or network. Objective: To generate symbolic links between scientific discovery, design awareness and consciousness.

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FIELD QUALITIES AND CHARACTERISTICS 

HOLOGRAPHIC = Modeled on information, pattern, distributed representation, contains information pattern of the whole, reflecting the “part-whole enfoldment”, information distributed where local changes can express nonlocal relationships, conveys the form of things rather than the energy through which forms manifest, 

PLASMIC = charge separation, fluidity, responsiveness to electro-magnetic forces, energetic medium underlying manifestation, “subtle matter”, “etheric”, continuous movement, turbulent, self-organizing currents, energetic, dynamic, subtle materiality, non-physical nature, interconnectivity, fluctuating dynamic structure, seen as source of energy, immense potential, unpredictable, creative, undifferentiated, dynamic change, unpredictable, inspiring, transformative 

FRACTAL = mathematical structures known for their self-similarity across different scales, repeat recursive patterns at various levels of magnification, each part of the structure mirrors the whole, maintain similar qualities regardless of the level in which they are examined, can generate incredibly complex and intricate forms mirroring the whole that can be extended to consciousness, scale invariance, complexity from simplicity, geometric order, inherent harmony, structure and predictability, natural formations and abstract concepts, simple iterative rules, symbolize universal patterns of harmony and order, ideas grow via repetition at different scales, allows for interconnection, recognition of individual elements no matter how small, 

 

QUANTUM 

1. Ontological Status: The Quantum Field as Fundamental Reality

In modern quantum field theory (QFT), fields - not particles - are ontologically primary. What are colloquially called "particles" are understood as localized excitations or quanta of underlying fields. Every fundamental particle type corresponds to a distinct quantum field permeating all of spacetime (e.g. electron field, quark fields, electromagnetic field.)

Key characteristics: fields exist everywhere in so-called "empty" space, matter is a manifestation of field excitation, not separate substance. Reality is continuous at the field level and discrete only in interaction.

This replaces classical substance metaphysics with a process-relational ontology.

2. Non-Locality and Entanglement

Quantum fields exhibit non-local correlations that cannot be reduced to classical spatial causation. When field excitations become entangled, their properties remain correlated regardless of distance.

Characteristics: information is encoded relationally, not locally, measurement collapses relational potential into definite o `1utcomes, spatial separation does not imply energetic or informational separation.

This suggests that the quantum field behaves as a coherent whole, rather than an aggregate of independent parts.

3. Superposition and Virtual Potential 

At its core, the quantum field exists as a superposition of possible states. Prior to interaction or measurement, the field does not “decide” between alternatives. 

Qualities: Multiple states coexist as probability amplitudes. Reality is fundamentally modal (defined by what may occur). Determinacy emerges through interaction, not prior essence. This property directly supports interpretations of the quantum field as a field of virtual potential and probability, rather than fixed actuality.

4. Vacuum Fluctuation and Zero-Point Energy

Even in its lowest energy state (the vacuum), the quantum field is never inert. Due to the uncertainty principle, fields exhibit constant micro-fluctuations. 

Key traits: “Empty space” contains measurable energy. Virtual particles continuously appear and annihilate. The vacuum acts as an active generative substrate. 

This challenges classical notions of nothingness and aligns with metaphysical notions of plenum, aetheric substratum, or creative void. 

5. Probabilistic Causality (Non-Determinism) 

Quantum field behavior is intrinsically probabilistic, not merely epistemically uncertain. 

Characteristics: Outcomes are governed by probability distributions, not fixed trajectories. Causation is statistical rather than linear. Prediction concerns likelihoods, not certainties.

This introduces a design-relevant logic in which emergence replaces determinism and intention operates through constraint rather than command. 

6. Observer Participation and Measurement Sensitivity 

While interpretations vary, all viable quantum theories agree that measurement alters the field state. 

Relevant properties: Interaction defines outcome. The measuring apparatus becomes part of the system. Observation selects, rather than creates, reality. 

In philosophical terms, the quantum field is participatory, supporting frameworks where cognition, perception, or design intention are not external to reality but embedded within it. 

7. Relationality and Field Coupling 

Quantum fields do not exist in isolation; they interact, overlap, and modulate one another. 

Key qualities: Fields couple through fundamental forces. Properties arise from interaction, not intrinsic essence. Identity is relational, not absolute.

This undercuts classical object-based metaphysics and supports networked, systemic, and holographic interpretations of reality. 

8. Symmetry, Invariance, and Conservation 

Quantum fields are structured by symmetry principles, which govern conservation laws and allowable transformations. 

Characteristics: Gauge symmetries define force interactions. Symmetry breaking generates structure and differentiation. Laws of nature arise from invariance constraints. 

From a design-theoretic lens, symmetry acts as a generative grammar, while symmetry-breaking acts as creative differentiation. 

9. Temporality and Indeterminacy 

Time in quantum field theory is not always a simple linear parameter. Properties: Events are not strictly ordered until interaction. Causality can be frame-dependent. Temporal becoming is emergent rather than absolute. 

This aligns with process metaphysics, where time unfolds through events, not as a pre-existing container. 

10. Mathematical Abstractness and Symbolic Mediation 

The quantum field is accessible only through formal symbolic systems (operators, Hilbert spaces, path integrals). 

Implications: Reality is mediated through mathematical language. Measurement outcomes are symbolic translations of field behavior. Meaning arises through interpretation of form. 

This directly resonates with semiotic and design-consciousness models in which symbol, structure, and meaning co-emerge. 

11. Generativity and Emergence 

Finally, the quantum field is fundamentally creative. 

Qualities: New particles and structures emerge from fluctuations. Complexity arises from simple interaction rules. The macroscopic world is an emergent phenomenon. 

The quantum field thus functions as a generative substrate from which matter, energy, form, and information arise. 

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  Summary Table of Core Qualities 

   Domain           Quantum Field Characteristics 

Ontology            Fundamental, continuous, field-based

Epistemology     Observer-participatory 

Creativity           Emergent and self-organizing 

Causality            Probabilistic, non-deterministic 

Temporality        Event-based, emergent 

Dynamics           Fluctuating, generative 

Semiosis             Symbolically mediated

Structure             Relational, non-local 

Design Core Qualities

APA-Style References 

- Barad, K. (2007). Meeting the universe halfway: Quantum physics and the entanglement of matter and meaning. Duke University Press. 

- Dirac, P. A. M. (1930). The principles of quantum mechanics. Oxford University Press. 

- Heisenberg, W. (1958). Physics and philosophy: The revolution in modern science. Harper & Row. 

- Kaku, M. (1993). Quantum field theory: A modern introduction. Oxford University Press. 

- Penrose, R. (2004). The road to reality: A complete guide to the laws of the universe. Jonathan Cape. 

- Rovelli, C. (2016). Reality is not what it seems: The journey to quantum gravity. Riverhead Books. 

- Weinberg, S. (1995). The quantum theory of fields (Vols. 1–3). Cambridge University Press.

The author generated some of this text in part with GPT-5.2, OpenAI’s large-scale language-generation model. Upon generating draft language, the author reviewed, edited, and revised the language to their own liking and takes ultimate responsibility for the content of this publication

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"Design releases the soul through creation."

Edited: 07.09.2026

Find your truth. Know your mind. Follow your heart. Love eternal will not be denied. Discernment is an integral part of self-mastery. You may share this post on a non-commercial basis, the author and URL to be included. Please note … posts are continually being edited. All rights reserved. Copyright © 2025 C.G. Garant. 

Design Metaphysics: The Design Particle II

Conceptual impressions surrounding this post have yet to be substantiated, corroborated, confirmed or woven into a larger argument, context or network.

* “Nature began with the plasma. Cooling of the plasma converted it into a gas. Cooling of the gas converted it into a liquid. Cooling of the liquid converted it into a solid … That plasmas are the first state of matter or of which arose the other three states of matter has been amply demonstrated. The ubiquity of plasmas in the universe needs no demonstrations. The phenomenal diversity of plasma is there all over the universe for all to see.” 

Vinod Krishnan 

Introduction to Dusty Plasma Physics, 2014, pp i, 2)

* “From the range of authoritative comment shown here, we can see now that there is an overwhelming consensus among scientists researching in this area that the Universe is mostly a plasma universe, and that what we call 'physical matter' or what I prefer to call ‘atomic matter’, since it is not plasma. Must be very rare indeed. And plasma is the fundamental building block of atomic matter; … a plasma is the first state of matter out of which all other states of matter originated … Nature began with the plasma.” 

Atsuhiro Nishida

Atmospheric Plasma Physics, Vol. 4 1982, p.vi

*  “…in most of the universe, plasma is actually the ‘first’ state of matter, and by a very large margin. Out there, fully intact atoms are abnormal in the extreme. Practically all the visible contents or the cosmos – not just stars, but even regions of rarefied interstellar dust containing barely a million particles per cubic metre – are in a plasmic state.” Vladimir Yevgeyevish Fortow, Extreme States of Matter on Earth and the Cosmos, 2011, p.ix

 

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- The Design Particle

* “It is likely that 99 per cent of the matter in our universe (in which the dust is one of the omnipresent ingredients) is in the form of a plasma. Thus, in most cases a plasma coexists with the dust particulates. These particulates [matter in the form of minute separate particles] may be as large as a micron. They are not neutral, but are charged either negatively or positively depending on their surrounding plasma environments. An admixture of such charged dust or macro-particles, electrons, ions, and neutrals forms a “dust plasma.” 

John Hobart Piddington (1910-1997) 

Cosmic Electrodynamics, 1969, pp. 24-5)  

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“All things manifesting in the lower worlds exist first in the intangible rings of the upper spheres, so that creation is, in truth, the process of making tangible the intangible by extending the intangible into various vibratory rates.”

Manly P. Hall

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Designing the Fulcrum

Coherent Resonance 

Plasma (physics)

Representative Agency 

Manifestation 

Energy in Motion (EIM)  

Scientists Produced a Particle of Light That Simultaneously Accessed 37 Different Dimensions

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Design Consciousness - Found in Translation.  

Change Energy   

A Quantun Leap into Universality.  

The Fourth Phase of Water: Dr. Gerald Pollack at TEDxGrulpjU 

Designing Nothingness

Consubstantial Emergence  

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* “ … space is not empty. A percentage of atoms in space are positively charged due to the loss of one or more electrons. The resulting exceedingly thin medium, containing ‘ions’ and negative electrons, is plasma, sometimes called the ‘fundamental state of matter’ since it constitutes more that 99 per cent of the visible universe. The electromagnetic behaviour of plasma clearly distinguishes it from solids, liquids, and gases.”

David Albertovich Frank-Kamenetskii 

Plasma:The Fourth State of Matter, 1972, pp. 2-8

* All scientific sources above stem from the awe-inspiring book: A New Science of Heaven, by Robert Temple

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There are 7 states of matter; “topoconductor” isn’t one of them 

By Ethan Siegel, Starts with a Bang – March 6, 2025 BIG THINK 

Most of us, on Earth, have a familiarity with three phases of matter: solids, liquids, and gases. But at higher temperatures, the atoms making up matter ionize, creating a plasma, and at really high temperatures, individual protons and neutrons break down into a quark-gluon plasma. Meanwhile, at very low temperatures, the different types of particles form either Bose-Einstein or Fermionic condensates. All told, there are 7 known states of matter, not merely three, but also not more.

So it isn’t just the three standard states of matter — solid, liquid, and gas — that we have; there are also: • the high-energy state of an ionized plasma, arising wherever atoms and molecules have too few electrons to be electrically neutral, 

• and then the even higher-energy state of a quark-gluon plasma, where even protons and neutrons are broken up into their fundamental subatomic constituents, 

• the ultra-low temperature state for bosons, Bose-Einstein condensates, where all of the bosons fall into the same quantum state, 

• and the ultra-low temperature state for fermions, Fermionic condensates, where the fermions all fall into the same quantum state by pairing up and behaving as bosons, combined. 

These states, of an ionized plasma, a quark-gluon plasma, a Bose-Einstein condensate, and a Fermionic condensate, represent the fourth, fifth, sixth, and seventh states of matter, respectively. 

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Transition and Transformation   

Quantum Impressions: Fingerprints of Potential and Probability  

Quantum Leaping  

Design Metaphysics: Modeling Dimensions  

Energy in Motion   

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"Ninety-nine percent of who you are is invisible and untouchable."

R. Buckminster Fuller

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Design Metaphysics and the Binding Solution  

Design Matrix: VII

The Vector Equilibrium  

Design Matrix VIII 

Design Metaphysics: Patterns of Energy in Motion 

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Hypothesis

Coherent resonance is a force of agency emerging  from the unknown vapors of a virtually plasmic (quantum) field of energy in motion. The transition, translation and transformation of that agency is made symbolically apparent by means of an agent (sign/symbol) and/or agency (metaphor, analogy) i.e. a design. 

Design agents and agencies harmoniously resonate with other agents and/or agencies of like vibration and frequency by means of coherent resonance. In turn, patterns emerge and identities attract creating patterns of unity, identification, uniqueness and distinction.

virtual: near, in effect, essential, practical, to all intents and purposes, indirect, implied, implicit, unacknowledged, effective.

agent: emissary, proxy, go between, surrogate, liaison, means, instrument, vehicle

agency: action, influence, force, power, means, medium, channel, mode technique, mediation, instrumentality.

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Your description delves into the concept of "coherent resonance" with a poetic and intricate view of how forces and symbols interact within a virtually plasmic field of quantum energy. Let’s break this down: 

1. Coherent Resonance: This is portrayed as a dynamic force arising from an undefined or nebulous quantum field of energy. It suggests that there's an underlying, perhaps invisible, energy or force that shapes and influences how things come into being or interact. 

2. Symbolic Representation: The transition from this nebulous energy into something comprehensible describes a symbolic process by means of the application of signs, symbols, metaphor and analogy. These symbols or de-signs act as intermediaries that help translate abstract energy into something understandable, purposeful and meaningful. 

3. Harmonious Interaction: The idea is that these symbols, i.e. designs, resonate with other similar symbols or designs to create a harmonious or coherent bond between them. This alignment is based on their frequency or vibration, and when contextually appropriate, leads to the emergence of a pattern and/or structure. 

4. Patterns and Identities: As these harmoniously resonating elements interact, they form distinct patterns and identities. This process creates an intangible unity, uniqueness and wholeness within the system or network. 

5. Virtual and Agent Definitions:

    Virtual: This refers to something that is not immediately visible or tangible, but is implied or made both effective and affective in a practical sense.

    Agent: This is a means or medium through which energy is communicated or acted upon, such as a symbol or intermediary.

    Agency: This refers to the action or force that drives or influences a process or outcome, essentially the mechanism through which change or effect occurs. 

In summary, coherent resonance describes a process where abstract, underlying energies and/or forces are interpreted and made tangible through symbol and metaphor. These symbols then interact in a harmonious way, forming patterns and identities that reflect a particular sense of unity and distinction. This concept can be applied to various fields, from design and communication to more abstract notions of influence and transformation, i.e. a quantum field of virtual potential and probability.

 

The author generated this text in part with GPT-3, OpenAI’s large-scale language-generation model. Upon generating draft language, the author reviewed, edited, and revised the language to their own liking and takes ultimate responsibility for the content of this publication.

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In other words, plasma harbors, perpetuates and nurtures the essence of both consciousness and its' design by means of consubstantiation. The act of designing recognizes the identity of the observer in reference to the context of the observation. Events and experiences symbolically entangle themselves within certain "perceivable constraints" where anything might emerge as result of the law of attraction.

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What Is The Law of Attraction? A Complete Guide 

By Kimberly Down Neumann and Rufus Tony Pann, Ph.D., L.C.P.C, "The basic philosophy behind the law of attraction is that energy precedes manifestation, explains Whitman. As such, positive thoughts may bring positive results into a person’s life, while negative thoughts bring the opposite."

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"The metaphysical concept of "consubstantiation" has no reference to the theological definition of "consubstantiality". The literary critic Kenneth Burke best describes the usage of the word consubstantiality as "a practice-related concept based on stylistic identifications and symbolic structures ..." To be consubstantial with something is to be identified with it, to be associated with it: yet at the same time, to be different from what it is identified with. It can be seen as an extension or in relation to the subject."

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The transition, translation and transformation of energy in motion, i.e. plasma, is a consubstantial phenomenon, a design event that can be observed  in the context of a particle, wave, or agency.

Water best illustrates the process of design as a carrier of energy, light and information, aka life. 

The design "particle" is always changing

Particle and wave as well as meaning and purpose can be interpreted in a relative tone when considering the density and frequency of one compared to the other. One speaks of the a phenomenon to be relatively tangible and the other relatively intangible. Final determination is a "matter" of context, dimension and point of view.

A wave of energy in motion becomes fully quantified when observed in concert with its source, which seemingly but not always, differentiates itself from the intangible soup from which appears to have evolved and been tasted.

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What is Plasma?

Plasma and Plasma Physics

Thunderbolts of the Gods / Official Movie

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Bubbling, frothing, and sloshing: long-hypothesized plasma instabilities finally observed 

By Raphael Rosen, Princeton Plasma Physics Laboratory, August 27, 2024

“Whether between galaxies or within doughnut-shaped fusion devices known as tokamaks, the electrically charged fourth state of matter known as plasma regularly encounters powerful magnetic fields, changing shape and sloshing in space. Now, a new measurement technique using protons, subatomic particles that form the nuclei of atoms, has captured details of this sloshing for the first time, potentially providing insight into the formation of enormous plasma jets that stretch between the stars.”

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The "perfect map" parado: Why Scientific models can never be complete   

Marcelo Gleiser, Big Think, July 23, 2024

"The only perfect map is one that reproduces precisely all the details of whatever it is mapping, or the “territory.” Hence the paradox: If the map is as large as the territory, it has no value whatsoever. A perfect map is as useless as it is impossible to create. 

We can’t ever be sure that we have a net fine enough to capture all there is to capture in the subatomic world, for the simple reason that we can’t ever know all there is to capture!" 

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"To believe is to accept another's truth.

To know is your own creation."

Anonymous

Edited: 07.25.2024, 08.03.2024, 08.07.2024, 09.07.2024, 11.19.2024, 11.26.2024, 02.13.2025, 03.14.2025

Find your truth. Know your mind. Follow your heart. Love eternal will not be denied. Discernment is an integral part of self-mastery. You may share this post on a non-commercial basis, the author and URL to be included. Please note … posts are continually being edited. All rights reserved. Copyright © 2024 C.G. Garant.