Unifying Physics theory: Completion of Einstein's Mass-Energy Equivalence 

The origin of the universe and mass in composite systems remains one of the most intriguing questions in modern physics. While the Higgs mechanism tries to explain the mass of fundamental particles like electrons, it accounts for only approximately 1% of the mass of atomic nuclei based on current standard physics. The remaining 98% arises from the binding energy of massless gluons and the kinetic energy of quarks within nucleons, described by Quantum Chromodynamics (QCD). This has led to the creation of a very complicated equation to explain nuclear mass by QCD. Still, a paradox seemingly arises in introductory treatments of relativity: gluons travel at the speed of light and possess no rest mass, yet their confined energy manifests as the gravitational mass of the nucleon. This paper modifies the Einstein mass-energy equivalence formula by adding the "Movahed Energy Escape Factor" (MEEF) with a symbol Mo to the Einstein equation. This modification not only explains the missing nuclear atomic mass but also suggests that everything in the Universe is basically made from energy and mass of any atoms, and all particles are only a manifestation of confined energy in them. This factor quantifies the degree of energy confinement of a system (or particle), ranging from 0 (or 0% escaping energy, meaning total confinement, generating rest mass with gravitational effect with no free-moving energy) to the maximum value of 1 (or 100%, meaning free to propagate, basically being massless with suspected zero gravitational effect). This not only resolves the nucleon mass problem but also the classic "photon in a box" thought experiment, with extensions to explain effective mass in dielectric media. In its basic understanding, it states that any mass has an escape factor near zero with a gravitational effect. Once an object with mass starts moving after energy is injected into the mass, the total Movahed escape factor of a system will shift towards 1, but the escape factor Mo in the mass will always remain near zero. In other words, the 2 entire universe is made only from energy, and its rest mass is only a manifestation of confined energy. The modification is as follows:&nbsp; <div> <br> </div> <div> &nbsp;M eff = (E / c²) × (1 - Mo)&nbsp; </div> <div> <br> </div> <div> Mo changes during motion to the known Lorentz ???? = ???????????? ???? </div> <div> <br> </div> <div> &nbsp;This will lead to the following new gravitational formula: <div> <br> </div> <div> F???? = ????[????1(1−????????1)][????2(1−????????2)] ????4????2&nbsp; </div> <div> <br> </div> <div> Fg: Gravitational Force, G: Gravitational constant, M: Mass of the primary celestial body, E: Total energy of the confined energy packet, c: Speed of light in a vacuum, r: Distance between the centers of the two bodies, Mo: Movahed Energy Escape Factor. v: velocity So, Mo of a system is defined as Mo = E escape/ E total As the energy of a system in motion is defined as m x v2, the Mo factor of a moving system will most likely change exponentially. If the Mo factor change occurs linearly, then at half the speed of light, the total Mo factor of a moving mass would be 0.5, as the total Mo in a moving system would be defined as v/c. Once velocity reaches the speed of light, the Mo factor will be 1. However, the mass of a moving object will increase with higher velocity, and any mass that reaches the speed of light would require infinite energy. So only unconfined energy can reach the speed of light with a Mo factor of 1 without having any mass or gravitational effect. This framework provides a simplified understanding of how confinement mechanisms convert pure energy into inertial mass by adding the "Movahed Energy Escape Factor" (MEEF) Mo to the Einstein equation. It not only resolves the mass problem in the nucleus but also resolves almost all unknown mysteries in physics, such as contained energy in cells, dark matter, dark energy, the reason why only left-handed neutrinos exist, the resolution of black hole singularity, gravity, magnetism, polarity, spin, Time dilatation, age of the universe miscalculation, 3rd thermodynamics, etc. It is important to realize that in the real Universe, Mo =0 or Mo =1 are absolute boundaries that can probably never be totally reached. Gravity is present at every point of the universe, leading to some energy confinement prevention, Mo =1, and quantum mechanics does not allow Mo=0.&nbsp;&nbsp; </div> </div>