This section delves deeper into the complexity of quantum mechanics and the challenges of understanding matter at the most elementary level. The duality of matter as both particle and wave, along with the uncertainty principle, makes measurement at this level problematic and introduces a subjective element into observation. The organized energy field is proposed as a candidate to explain this phenomenon. It also emphasizes that the observer, as part of the system, plays a role in the measurement process and even in the interpretation of the data.
Additionally, relativity is discussed, with gravity and anti-gravity mentioned as complementary forces directed respectively towards space and wave/time. The merging of space and time, the particle-wave duality, and the expression of the organized energy field as a ‘cocoon of matter’ are described as essential for evolution and organization.
Phase transitions between dimensions and information processing via waves and interference holograms are also cited as part of the functioning of the organized energy field within the uncertain domain of quantum mechanics.
Quantum mechanics demands great imagination. Matter manifesting as both particle and wave is far removed from the normal human perception of the material world. At the elementary level, the material world is diffuse and difficult to describe because measuring position or momentum accurately simultaneously is not possible. The uncertainty principle poses a measurement problem with far-reaching consequences. The collapse of the phenomenon being measured is a remarkable event.
A kind of interaction between matter and perception is suggested, assuming a subjective force that influences matter at an elementary level. Measurement adds quanta of light to the observed object. The organized energy field could be a candidate to explain this phenomenon.
The observer causes the measurement problem at the quantum level, and the observer causes relativity at the macro level. The organized energy field (cocoon) is part of all systems of life and matter, despite the success of reductionism. Time manifests as a wave at the quantum level.
The measurement problem in quantum mechanics was one of the main issues that led me to develop my ideas. The observer (the organized energy field) is part of the system.
The subject of observation is influenced by measuring equipment set up and operated by human hands and force. The interpretation of measurement data is a thought process of the organized energy field. Measurement is done mechanically, but the machinery is made by human hands and force. The component of human action and judgment is indirectly represented in the measuring equipment.
Relativity
In addition to gravity, which is particle-oriented and thus space-oriented, there is anti-gravity, which is wave/time-oriented and, via photons, creates the complementary force field responsible for the permanently expanding universe and the phenomenon of time (wave-oriented). The small difference between collapse and expansion can be traced back to the small difference between matter and antimatter at the Big Bang. In the absence of an excess of gravity, collapse would occur.
The opposite (charged) anti-gravity, which is wave/time-oriented, and macro-gravity, which is space-oriented, alongside the particle-wave duality, where the wave energy is wave- and time-oriented, alongside the particles that are mass/matter and space-oriented. In the merging or phase transition between space and time, and between particles and waves, the organized energy field finds its expression as a cocoon of matter. Separating matter and antimatter enables evolution and organization.
In the phase transition where time and space are gone, structuring information (the organized energy field) can be dimensionless and perform evolutionary work within the uncertainty principle and the particle-wave duality. Information processing occurs through waves and interference holograms.
