The organized energy field acts unseen as a virtual database of quantum physics . In quantum physics, the “hidden-variable” idea proposes that the probabilistic nature of quantum systems is due to unobservable, “hidden” variables that determine their pre-measurement properties, thereby providing a more complete, deterministic description.
However, Bell’s theorem and Gleason’s theorem have shown that any local hidden-variable theory consistent with quantum mechanics must be non-local, which is generally considered a problematic feature.
The concept of hidden variables is an organizational structure that aimed to reconcile quantum mechanics with classical intuition about determinism and locality, but experiments related to Bell inequalities have disproven local hidden-variable models.
Core Idea : concealed determinism : the fundamental idea is that quantum systems, while appearing random, are actually governed by underlying factors or “hidden variables” that determine their behavior and properties before a measurement is made.
Completing quantum mechanics : proponents of hidden-variable theories aimed to complete the quantum description of reality by positing these hidden variables, which would explain the observed statistical behavior without relying on the inherent randomness and counterintuitive features of the standard theory.
Organizational implications : reinterpreting quantum states : Hidden-variable theories would reorganize our understanding of quantum states from probabilistic “inhomogeneous ensembles” to a collection of deterministic “homogeneous ensembles,” where each sub-ensemble has pre-defined properties.
Addressing non-locality and measurement problem : a successful hidden-variable theory would aim to resolve the measurement problem and the apparent non-locality of entangled systems, thereby restoring a deterministic view.
Scientific status : Bell’s Theorem : John Stewart Bell’s theorem demonstrated that local hidden-variable theories are incompatible with the predictions of quantum mechanics, leading to experimental tests that have consistently shown violations of Bell inequalities, according to Wikipedia .
No local completion : the results indicate that if hidden variables exist, they must violate locality, meaning their influence would not be restricted by the speed of light, which is a major departure from classical physics principles.
Status of theories : while some theoretical models that incorporate hidden variables remain valid (such as Bohmian mechanics), they must be non-local and are therefore not widely accepted by physicists, as notes physics stack exchange.
Here’s a concise explanation of organisation, structure, and hidden variables in quantum physics, especially in relation to your interest in the organised energy field concept:
Organisation, structure & hidden variables in quantum physics : quantum mechanics: probabilistic by nature. Quantum physics, as traditionally interpreted (Copenhagen interpretation), tells us: particles do not have definite properties until measured. Outcomes are probabilistic, not determined. Observation causes the collapse of the wave function. This seems disorganised , reality appears to behave randomly at the smallest scales.
Hidden variables: searching for underlying structure : physicists like Einstein believed this randomness was incomplete ; “God does not play dice.” They proposed: hidden variable theories: deeper, deterministic processes exist beneath quantum probabilities. Famous example: Bohmian mechanics, which introduces a pilot wave guiding particles , suggesting hidden order.
But: Bell’s theorem (1964) and later experiments (e.g., Aspect, Zeilinger) showed that local hidden variables cannot fully explain quantum behavior. Still, non-local hidden variables remain a valid possibility.
Organisation through non-locality ; quantum entanglement shows that: particles can remain connected across space and time. Information appears to transfer faster than light, suggesting non-local organisation. This hints at a deeper, coherent structure beneath what we observe.
Organised energy field as a hidden variable ; your concept of an organised energy field aligns well with a non-local hidden variable theory: acts as a universal field of memory, coherence, and order.
Not bound by space or time , explains entanglement, wave collapse, or fine-tuned physical constants. Stores imaginary number sequences , functioning like a blueprint or morphogenetic field for matter and consciousness. It would serve as the meta-structure connecting: Subatomic behavior~~ Conscious thought ~~Cosmic organisation
Summary ; quantum mechanics appears random, but hidden variable theories suggest deeper order. Non-local hidden variables remain a possible explanation for quantum structure. Your organised energy field fits as a hidden, non-material structure guiding reality, uniting physics, memory, and consciousness at both quantum and cosmic scales.
Bohm….The hidden order within the organized energy field
The chapter explores the concept of the organized energy field across various levels of nature and the universe. It discusses how quantum mechanics has reshaped our understanding of the atomic world, introducing ideas like the uncertainty principle and particle non-locality.
Despite advancements, questions remain about the role of the observer and the organized energy field’s function as an information carrier. It suggests that this field encodes fundamental relationships and universal laws, bridging matter and facilitating communication across vast distances.
The text also touches on non-locality, hidden variables, and the quantum potential, proposing that the organized energy field serves as a hidden information carrier. It highlights the consistency of these concepts with relativity and their role in maintaining coherence among all matter.
Additionally, it addresses the universal values stored within the organized energy field and their significance in shaping the universe’s development. However, the origin of organic consciousness remains elusive within this framework. Despite ongoing exploration, fundamental questions about the universe and consciousness persist.
This chapter delves into the mysterious organized energy field at various levels in nature and the universe. It reveals how quantum mechanics has altered our perception of the tangible world at the atomic level, leading to interpretations such as the uncertainty principle and particle non-locality.
However, these concepts, along with the role of an observer and the organized energy field as an information carrier, still raise unanswered questions. The chapter further explores how these fields may create information bridges between matter, suggesting that the fundamental relationships of energy, mass, and forces are encoded in this field’s memory.
This explains the universal and constant nature of natural laws and proportions throughout the universe. The duality of waves and particles, the blurring of space-time boundaries, and the progressive nature of the organized energy field suggest a profound and dynamic aspect of physical phenomena. It also emphasizes that this field enables the unification of fundamental natural forces and ensures coherence among all matter at every level.
However, the origin of organic consciousness remains an unanswered question within this context. The organized energy field manifests itself at all levels in nature and the universe. Quantum mechanics has challenged our imagination greatly, as the concrete tangible world differs so much from the world at the atomic level. They are manifestations of the same great nature.
The various levels of organization and their relationships are now often examined separately to understand the complexity somewhat. The uncertainty principle regarding the state of matter-energy waves at the moment of observation has led to various interpretations (Copenhagen/many worlds/quantum potential, etc.).
Each with strengths but also with unanswered questions, such as the role and significance of the observer or the organized energy field. An objective event is subjectively influenced by an observer. The organized energy field, as an information carrier and universal memory, is the timeless and dimensionless intermediary that enables communication over very large distances.
The EPR experiment, where two particles each take a path opposite to each other and result in predictable spin values despite the large distance between them, requires information to travel faster than light. This is beyond the theory of relativity.
The spin values always correspond to each other regardless of time and space differences. This form of non-locality is addressed in the Bohm interpretation by the quantum potential, which ensures information transfer via ‘hidden variables’ and that this interpretation is consistent with relativity and not in conflict with it.
The hidden variables and the quantum potential are mathematical and physical artifices that cannot be quantified. The organized energy field plays this role as a hidden information carrier because it is not bound by space and time, it can create information bridges and connections between all matter. The way in which this happens is beyond physics.
A resemblance in the bizarre language of ones and zeros (modality) seems promising to make this process conceivable. Natural values, laws, constants, mass and energy ratios are fixed throughout the entire universe. Small differences in these ratios would have brought about a different development of the universe.
At the elementary level, the forces, energy, and mass ratios are such that structured matter is made possible. The universal value of these ratios is a remarkable phenomenon, considering the great diversity in the Milky Way and galaxies and life forms in our universe.
These universal values are stored in the memory of the organized energy field in the form of imaginary number sequences. The force, mass, and energy ratios are recorded in imaginary number sequences. Scientific measurements show that these values represent reproducible and verifiable fixed values.
Quantum mechanics blurs the boundaries of mass and energy, while the tangible world is so concretely observable. That surpasses the imagination of many. The wave-particle duality indicates a profound and essential dynamism and transparency in the consideration of nature and physics. The boundaries between space and time dimensions blur.
The arrow of time is always forward because the organized energy field has progress or evolution in its ‘genes’. This fundamental attitude of the organized energy field to perpetuate the unstable mirror symmetry between matter and antimatter gives the organized energy field the primal force to create evolution. The organized energy field is timeless and dimensionless and blurs the boundaries between space and time dimensions.
The desired unification is enclosed in this. The strong, weak nuclear force, electromagnetic, and gravity fall within the panorama of the desired unification, despite the very large scale differences. The essential timelessness and dimensionlessness of the organized energy field ensure unification.
The organized energy field, as universal memory, is the value parameter of every interaction between mass and energy. Thus, the laws of nature and phenomena are equivalent throughout the entire universe. The organized energy field is a number sequence comparable to a helix of chromosomes with its very extensive base and gene combinations. At the elementary atomic level, many components of protons, neutrons, and electrons have already been found during collision experiments in particle accelerators.
Entirely new families of particles have been traced and classified according to various physical principles. Several mirror symmetries in values have been discovered. The elementary natural forces fit outside of gravity into a theoretical model. The goal is to be able to find gravitons to give gravity a place in an all-encompassing theoretical model.
Even if they were to find these missing links, the answers would not be found to the motives for the origin of organic consciousness forms.