Conceptual impressions surrounding this post have yet to be substantiated, corroborated, confirmed or woven into a larger argument or network.
What is the quantum field of virtual potential and probability (QFVPP)?
The quantum field of virtual potential and probability is a virtual field of energy, light and information made conscious, aware and apparent by means of symbolic representation (design). The QFVPP is characterized in the relative "form" of a particle, wave and/or force, i.e. impression.
The quantum field of virtual potential and probability is metaphysical in origin and a causal field of all conscious agency.
The QFVPP is physical in presentation and metaphysical in representation, i.e. Design. The QFVPP embraces the intuitive potential and creative imagination of a conscious observer.
AI is merely an abbreviated condensation of the same, composed of a vast array of multidimensional vignettes of light, energy and information.
vignette: a brief evocative description, or episode, a small illustration or portrait photograph which fades into its background without a definite border, produce in the style of a vignette by softening or shading away the edges of the subject.
AI is a by-product of humanity’s own designs made evident, i.e. an exercise in storytelling through sign, symbol, metaphor and analogy, each chapter and episode a lesson in meaning and purpose.
Flower of Life Meaning and Symbolism
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PHYSICS
Computer Science Proof Unveils Unexpected Form Of Entanglement
Mordechai Rorvig, Staff Writer, Quanta magazine
A striking new proof in quantum computational complexity might best be understood with a playful thought experiment. Run a bath, then dump a bunch of floating bar magnets into the water. Each magnet will flip its orientation back and forth, trying to align with its neighbors. It will push and pull on the other magnets and get pushed and pulled in return. Now try to answer this: What will be the system’s final arrangement?
This problem and others like it, it turns out, are impossibly complicated. With anything more than a few hundred magnets, computer simulations would take a preposterous amount of time to spit out the answer.
Now make those magnets quantum — individual atoms subject to the byzantine rules of the quantum world. As you might guess, the problem gets even harder. “The interactions become more complicated,” said Henry Yuen of Columbia University. “There’s a more complicated constraint on when two neighboring ‘quantum magnets’ are happy.”
These simple-seeming systems have provided exceptional insights into the limits of computation, in both the classical and quantum versions. In the case of classical or non-quantum systems, a landmark theorem from computer science takes us further. Called the PCP theorem (for “probabilistically checkable proof”), it says that not only is the final state of the magnets (or aspects related to it) incredibly difficult to compute, but so are many of the steps leading up to it. The complexity of the situation is even more drastic, in other words, with the final state surrounded by a zone of mysteriousness.
Each atom has a property, called spin, that is somewhat similar to the alignment of a magnet, in that it points along an axis. But unlike a magnet’s alignment, an atom’s spin can be in a state that’s a simultaneous mixture of different directions, a phenomenon known as superposition. Further, it may be impossible to describe the spin of one atom without taking into account the spins of other atoms from distant regions. When this happens, those interrelated atoms are said to be in a state of quantum entanglement. Entanglement is remarkable, but also fragile and easily disrupted by thermal interactions. The more heat in a system, the harder it is to entangle it.
Now imagine cooling down a bunch of atoms until they approach absolute zero. As the system gets cooler and the patterns of entanglement become more stable, its energy decreases. The lowest possible energy, or “ground energy,” provides a concise description of the complicated final state of the entire system. Or at least it would, if it could be computed.
Their result demonstrates that entanglement is not necessarily as fragile and sensitive to temperature as physicists thought. And it supports the quantum PCP conjecture, suggesting that even away from the ground energy, a quantum system’s energy can remain virtually impossible to calculate.
https://www.quantamagazine.org/computer-science-proof-lifts-limits-on-quantum-entanglement-20220718/
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BIOLOGY
Biologists Home In on Turing Patterns
Jennifer Ouellette, Contributing Writer, Quanta magazine
We already know that genes interact both with other genes and with myriad environmental factors to express traits. “To really understand biological development, we need to know how genes influence the physical elements which generate the observed patterns and, of course, what the actual biological elements are and how they interact with each other,” Murray said. Then again, theoretical modeling has its place. “If all we had to use to understand development was genetics, we would still not know how to build a chicken.”
https://www.quantamagazine.org/biologists-home-in-on-turing-patterns-20130325/
The quantum field of Design Consciousness is dependent upon contextual variety - each to a certain degree.
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Embryo Cells Set Patterns for Growth by Pushing and Pulling
Monique Brouillette, contributing writer, Quanta magazine
“In my opinion we’ve been blinded to how widely it should be applied simply because of its beauty,” said Amy Shyer, a developmental biologist at Rockefeller University. In her view, physical forces of contraction and compression that act on cells as they grow and divide could also play a central role.
As an organism grows and develops, the cells in its tissues pull and push on each other and on the supportive protein scaffolding (extracellular matrix) to which they are intricately linked. Some researchers have suspected that these forces, coupled with changes in the pressure and rigidity of the cells, might direct the formation of complicated patterns. Until now, however, no studies were able to tease apart the effect of these physical forces from the chemical stew in which they simmer.
Later, by adjusting the rate of cell contraction and other variables, the researchers showed that physical tension in the embryonic mass directly affected the pattern. “I think the biggest surprise was the way the cells interacted with the extracellular matrix in this very dynamic way, in order to create these patterns,” Rodrigues said. “We realized that it is a reciprocal dance between the two.”
But Thompson’s ideas were later eclipsed by Turing’s explanation, which connected more easily to the emerging understanding of genes. In a 1952 paper, “The Chemical Basis of Morphogenesis,” published two years before his death, Turing suggested that patterns like spots, stripes and even the sculpted shapes of bones in the skeleton were the result of a swirling gradient of chemicals called morphogens that interacted with each other as they diffused unevenly throughout the cells. Acting as a molecular blueprint, the morphogens would kick on genetic programs that caused fingers, rows of teeth or other parts to develop.
“We are realizing that all of the molecular gene expression, signaling and the production of forces in cell movement are just inextricably coupled to one another,” said Edwin Munro, a molecular biologist at the University of Chicago who was not involved in the study.
Munro thinks the role of the extracellular matrix is more important than scientists currently realize, though recognition of its more central role in development is building. Recent research has linked forces in the extracellular matrix to the development of fruit fly eggs, for example.
Rodrigues agreed. “It’s like the cells and the extracellular matrix are forming a material in and of itself,” he said. He describes this coupling of contractile cells and extracellular matrix as “active soft matter” and thinks that it points to a new way of thinking about the regulation of embryonic development happening through extracellular forces. In future work, he and Shyer hope to elucidate more details of physical forces in development and to merge them with the molecular view.
“We used to think if we just studied the genome with more and more depth and rigor, all of this would be clear,” Shyer said, but “the answers to the important questions might not be at the level of the genome.” Once it seemed that developmental decisions were made through the interplay of genes and their products within cells, but the emerging truth is that “the decision-making can be happening outside of the cell, through the physical interactions of cells with each other.”
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- “Traffic Jams’ of Cells Help to Sculpt Embryos
Jordana Cepelewicz, Senior Writer, Quanta magazine
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The QFVPP describes a universal context for the elaboration of patterns and networks that potentially surround every quantum trajectory.
By Morgan Kelly, Office of Communications, Princeton University, Feb. 25, 2014
Researchers from Princeton University and Washington University in St. Louis report that the unusual arrangement of cells in a chicken's eye constitutes potentially and new state of matter known as "disordered hyperuniformity," which has been shown to have unique physical properties. These states have a "hidden order" that allow them to behave like crystal and liquid states of matter. They exhibit order over large distances and disorder over small distances.
Like crystals, these states greatly suppress variations in the density of particles - as in the individual granules of a substance - across large spatial distances so that the arrangement is highly uniform. At the same time, disordered hyperuniform systems are similar to liquids in that they have the same physical properties in all directions.
The researchers' findings add a new dimension called multi-hyperuniformity. This means that the elements that make up the arrangement are themselves hyperuniform. While individual cones of the same type appear to be unconnected, they are actually subtly lined by exclusion regions, which then use to self-organize into patterns. Multi-hyperuniformity is crucial for the avian system to evenly sample incoming light, Torquato said. He and his co-authors speculate that this behavior could provide a basis for developing material that can self-assemble into a disordered hyperuniform state.
The findings also provide researchers with a detailed natural model that could be useful in efforts to construct hyperuniform systems and technologies, Dreyfus said. "Nature has found a way to make multi-hyperuniformity," he said. "Now you can take the cue from what nature has found to create a multi-hyperuniform pattern if you intend to."
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The quantum field of virtual potential and probability describes an unimaginable field of attraction and repulsion ad infinitum.
The QFVPP is a symbolic metaphor describing a boundless, measureless, multidimensional and endless entanglement. The QFVPP describes an eternal design process not necessarily a thing, rather a conceptual idea generated from within the intuitive imagination.
process 1 a series of actions or steps taken in order to achieve a particular end. • a natural or involuntary series of changes: • a systematic series of mechanized or chemical operations that are performed in order to produce or manufacture something: • Computing a series of interdependent operations carried out by computer. • [as modifier] Printing relating to or denoting printing using ink in three colors (cyan, magenta, and yellow) and black to produce a complete range of color: process inks. 2 Law a summons or writ requiring a person to appear in court. 3 Biology & Anatomy a natural appendage or outgrowth on or in an organism, such as a protuberance on a bone. verb perform a series of mechanical or chemical operations on (something) in order to change or preserve it
Tam Hunt, University of California, Santa Barbara
By The Conversation
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Change Energy (CE) notes:
- Every observation or perception references a particular situation or circumstance while likewise embellishing a particular meaning and purpose upon a uniquely collective “state of awareness”.
- Focus describes and embraces certain intentions, desires and purposes in the form of a quantum trajectory.
- The QFVPP is governed by means of observation, a field of energy in motion (change) made apparent in the form of quantum perturbation. The QFVPP determines the context for every event and experience that precedes a creative act or gesture, i.e. quantum trajectory (QT)
- The QFVPP is governed by a quantum effect by becoming the source of its every affect.
- A field in correlated oscillation appears to be made self-evident upon observation.
- Ideas surface as result of geometric patterns and networks that emerge from within the constraints of spacetime. Shifts in observation (states of awareness) result by means of entanglement.
- The context in support of every situation gives meaning and purpose to a collective “state of awareness.”
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Design Hypothesis:
Consciousness is conceptual, illusional, symbolic, metaphoric and virtual in character. Consciousness is the quintessential archetype. Consciousness is the concomitant consequence associated with a range of multidimensional patterns of energy whose origin rests beyond the subconscious.
Awareness brings forward a “sense of consciousness” by fostering correspondences and fusing the concepts of meaning and purpose. Metaphysical in content and context, quantum, fractal and holographic in representation, all forms of energy/Life are revealed and made apparent by means of Design. Design is lovingly veiled in all that can be seen, known, measured and felt. (12.10.2022)
Design describes a metaphysical and multidimensional process. The design process is dependent upon knowledge, understanding, intention, intuition, imagination and awareness. Design creates a network of energy in motion (EIM) between fields/states/points/agents and patterns of awareness. Design creates a virtual, symbiotic and metaphoric lattice between consciousness, the subconscious and the unconscious, the tangible and the intangible, the known and the unknown, the seen and the unseen. All forms of energy in motion are based upon principles of meaning and purpose both felt and understood. (01.13.2023)
What is a designer?
Designers are men and women who are faithful to themselves and others, who creatively abide and amalgamate their skills and knowledge with love and integrity - the goal: personal, collective global and soular balance and harmony. (09.01.2022)
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In reference to Design and Design Consciousness, the quantum field of virtual potential and probability (QFVPP) might best be described as a mutable and malleable photonic aether. At much denser levels of observation such aethers will appear as a field of vibrating and at times oscillating, electro-magnetic plasma.
As such, the concept of Light is abstract, relative and yet the “substance” in which dimensions are hewn, constructed, formed and made relatively manifest (holographic). A designer must be wise, accomplished and well skilled in the tools she/he has symbolically created in desire to bring one’s dream to fruition.
To be design conscious you must be more than an observer you must be a participant.
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"To believe is to accept another's truth.
To know is your own creation."
Anonymous
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Edited: 05.21.2022, 07.07.2022, 07.18.2022, 08.23.2022, 09.09.2022, 10.08.2022, 10.20.2022, 10.23.2022, 12.05.2022, 12.10.2022, 02.11.2023, 02.26.2023, 04.22.2023, 09.12.2023, 01.26.2024, 02.01.2024, 02.05.2024, 04.24.2024, 04.26.2024, 07.14.2024
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