Sub-Atomic Particles

Even the world's limited six currently available super-microscopes at best have a maximum microscopic measurement scale viewing and imaging capability, most of the time at 50.0 nanometers (nm / 10 −9 m), and at the rare very best 20.0 nm limited capability to view and image a inorganic and especially organic specimen. Such as a cell, and cannot view or image in great detail without the use of blurry dies any of its inner cellular components or structure. It is even more difficult to study much smaller viruses, and even a molecule, and especially its atoms up close, and maybe even see atomic particle electrons arching off the atom in like manner. Therefore, since any and all other current microscopes have these limitations, what is needed is a microscopic technology that is at least ten to twenty times more powerful than even the world's currently six available super microscopes, that could view and image any of the: aforementioned microscopic conditions at less than 0.25 nm. Henceforth, the (AM)-(Angstrom-Microscope) is the methodology used to do accomplish this.

Quantum Projective Physics (QPP) introduces a novel theoretical framework proposing that the universe operates as a quantum supercomputer where quantum entanglement, information flow, gravitational phenomena, and consciousness are interconnected projections of deeper quantum processes.

The theory explores the role of black holes as information processing gateways, the function of gravity as a transmission mechanism across multidimensional layers, and the dynamics of quantum "jumping" through entangled pathways enabling faster-than-light (FTL) effects within non-classical domains.

Recent findings regarding black hole radiation loss mechanisms further substantiate the model’s key assumptions, suggesting that information and matter are not lost within singularities but projected outward via quantum pathways.

QPP offers a unified hypothesis that bridges elements of quantum mechanics, general relativity, consciousness studies, and computational theory, inviting experimental validation through gravitational wave mapping and quantum information experiments.

We propose this model as a foundation for future research into hyperspace navigation, non-local information transport, and consciousness-physics interfaces.

Super unified theories unifying the four fundamental forces require very high temperatures, which are possible only within a fraction of first second  after Big Bang. This article aims to unite the fundamental forces of nature under normal conditions of atmosphere. Well-established relation of general theory of relativity, between mass and space-time, is explored from fundamental level to design a model of the creation of matter particles from space-time. During this process, a stress gets generated in the surrounding space-time fabric. The relation of this stress with the matter created is examined. The stress developed in the space-fabric surrounding the created matter is found generating electromagnetic, nuclear, and gravitational forces. Changes in the space-time fabric are found related to the mass and charge of the sub-atomic particles. The research to unite gravitational force with other fundamental forces has been a subject of continuous research for nearly a century. This article not only provides the unification of fundamental forces of nature under normal atmospheric conditions but also elucidates the process of creation of matter particles from space itself.

Einstein's reference to "quarks", "muons" and other sub-atomic-particles, is known on a worldwide basis from his 1905 scientific paper. These phenomena have been studied by scientists for over seventy years. However, a break-through developed when physicists faced this issue and proved that it is not an impossibility to track unobserved quantum particles.[1] Many scientists may think that it is still many years away before microscopy instrumentation would not only be able to view, but the photograph in a micrograph, videotape, and study (sub-sub-atomic particles in "real time" in a particle wave). However, such is not the case. This paper reveals that now, not only have (organic sub-atomic-particles in a particle wave, while in movement, been photographed in micrographs and videotaped). From a diseased mycoplasma gentialium cell at the (femto-microscopic-scale-level).These discoveries have accomplished what scientists have been trying to do with sub-atomic-particle-accelerators for the last seventy years. Including the latest scientific and technological (CERN-Super-Collider-Sub-Atomic-Particle-Accelerator) as well. And that is, to not only image but to videotape a sub-atomic-particle wave in movement. This opens up many new doors for scientific application and potential opportunities.. Especially, in being able to now study and treat human diseases at the (organic sub-atomic-particle)-femto-microscopic measurement scale level.