Background
Since cognitive intelligence became aware of its surroundings, it has wondered about the elements of the universe. He was awed by the vastness of space, aware of the time it takes to take actions for survival and the efficiency of his energy use. Individual histories are described in the preceding sections of Space, Time, and Energy.
History
The universe we live in consists of time, energy, and space. Each has individual characteristics that are melded together to give us the things we see and feel.
Time is a unit of measurement used to track how charges interact to create space. This measurement manifests in multiple ways. Firstly, it generates a mirror at the center of each pair of charges, balancing their energies to preserve the lowest possible state of energy. Subsequently, it emerges at the core of the dual charge interaction, preserving their energy balance. Time appears to be the zeroth state of action at all levels, and action is symmetrical about that plane. This discovery is a tiny hint that each energy interaction has a plane of time at its center. One might speculate on theories that identify this as a “brane.”
Energy gives the action to create all that is existing in space and time. At the heart of energy is the charge. A dimension of this charge is its energy usually measured as its frequency indicating a rotational component but can be described by its slope, a dimension that describes its momentum in the space-time dimensions.
Space provides the physical dimension in which we live. Because of their physical dimension, physical items can exist in three dimensions and be positioned in it. Gravity is the name given to the force that appears to be arranging things. An empty area only contains the potential for magnetic connections between charges of varying magnitudes and the ability to hold charges. As such space is a medium for the propagation of light and other electromagnetic waves. Moreover, it appears plausible that there are closed magnetic charges that could interact with other charges or magnetic rings.
Energy
Energy, the driving force behind all existence in space and time, originates from the fundamental property of charge. Electromagnetic energy, elucidated by Planck and Einstein, underpins the interactions of particles, masses, and molecules, shaping the universe as we perceive it.
The electromagnetic spectrum represents the embodiment of photons in wave form, offering a unified perspective on electromagnetic energy across its spectrum. Energy density encompasses gravitational potential energy, fields, and mass-energy relationships, with Z0 Theory highlighting their symmetry and role in gravity.
In QA Theory, the speed of energy correlates with impedance and energy quantization, with implications for energy propagation dynamics and fundamental electromagnetism principles. Charge intertwines seamlessly with the notion of energy, forming the backbone of our understanding of electromagnetic phenomena.
Time
Time serves as a dimension crafted by human intelligence to measure intervals in actions, processes, or conditions universally. It marks progress or event location within the universe, existing as a fixed interval designed for dynamic progress measurement.
Einstein’s “Special Relativity” theory revolutionized our understanding of time, introducing concepts such as four-dimensional spacetime, simultaneity relativity, kinematic and gravitational time dilation, and length contraction.
In QA Theory, time’s reversal in the electromagnetic impedance dimension affects spins, polarity, force, and mass, allowing for QA-defined massless photons and a balance of energy borrowed from the past and used in the future. This perspective suggests that gravity arises from changes in energy speed rather than time as time is a fundamental property of the cosmos, not a variable to be changed.
Space
Space is the canvas upon which the universe unfolds, providing the stage for all cosmic phenomena. It encompasses various designations, including free space, frame space, outer space, Euclidean space, linear space, topological space, Hilbert space, de Sitter space, and probability space. Each designation holds significance within its respective context. In each case, space does not exist without energy
Space, akin to an ocean of energy, exhibits variations in energy distribution, influencing electromagnetic wave properties and phenomena like gravity and redshift.
QA Perspective
QA suggests that space is not a fundamental property of the universe, but rather an emergent property of the way that energy interacts. This is a very important result, as it suggests that our current understanding of space may be incomplete. Further, i suggests the universe as a system. There is an energy, input, transform, and output which serves to perform a function. There must be a mechanism for each operation, There must be energy to perform it. It is possible to see the universe as a stand-alone self-organized system that uses zero energy. That “Our” the universe exists in the energy domain is because it is the EM energy we see and feel.
QA provides a fresh explanation for the growth of the cosmos, that the universe is growing in-situ because of energy’s innate propensity for self-organization. This is a highly exciting discovery because it suggests that rather than expanding randomly, the cosmos is actually growing in place in a very specific way.