In particle physics, supersymmetry (often abbreviated SUSY) is a symmetry that relates elementary particles of one spin to other particles that differ by half a unit of spin and are known as superpartners. In a theory with unbroken supersymmetry, for every type of boson there exists a corresponding type of fermion with the same mass and internal quantum numbers, and vice-versa.
So far, there is no evidence for the existence of supersymmetry. It is motivated by possible solutions to several theoretical problems. Since the superpartners of the Standard Model particles have not been observed, supersymmetry, if it exists, must be a broken symmetry, allowing the superparticles to be heavier than the corresponding Standard Model particles.
If supersymmetry exists close to the TeV energy scale, it allows for a solution of the hierarchy problem of the Standard Model, i.e., the fact that the Higgs boson mass is subject to quantum corrections which — barring extremely fine-tuned cancellations among independent contributions — would make it so large as to undermine the internal consistency of the theory. In supersymmetric theories, on the other hand, the contributions to the quantum corrections coming from Standard Model particles are naturally canceled by the contributions of the corresponding superpartners. Other attractive features of TeV-scale supersymmetry are the fact that it allows for the high-energy unification of the weak interactions, the strong interactions and electromagnetism, and the fact that it provides a candidate for Dark Matter and a natural mechanism for electroweak symmetry breaking.
Another advantage of supersymmetry is that supersymmetric quantum field theory can sometimes be solved. Supersymmetry is also a feature of most versions of string theory, though it can exist in nature even if string theory is incorrect.
The Minimal Supersymmetric Standard Model is one of the best studied candidates for physics beyond the Standard Model. Theories of gravity that are also invariant under supersymmetry are known as supergravity theories. (wikipedia)
WE CAN ONLY SEE SOMETHING IF THE OPPOSITE IS ALSO PRESENT
"I support the idea of a super-symmetry model which I have used over the past five years in biological research and development which corresponds to a duality in the physical world of opposites. The symmetry in our own world of sided reality of handedness (left hand, right hand) provides a biological understanding why there is super-symmetry, as we can only see something if the opposite is also present and therefore symmetry is maintained because zero is always obtained when all opposite charges are added together; thus, the maintaining of symmetry provides an understanding of how the universe operates. With a protein, the zero point is the isoelectric point, and it relates to the pH where half the protein is positively charged and half is negatively charged so that the charged pairs of the proteins neutralize each other in the super-symmetry system, and equals zero. Utilizing this understanding allows one to align a protein's purification at its isoelectric point. Using super-symmetry I have reconfigured the properties of an electron and what it looks like based on the concept that matter and anti-matter come together continuously, as has previously been proposed, but form a stable electron which has both positive and negative ends creating coiling motions which a magnetic field passes through giving it charge. The super-symmetry model of the atomic structures and the charge obtain balance between protons (+1) and electrons (-1), as well as, neutrons (-1) and anti-neutrinos (+1). This concept differs from the standard model. The idea is that matter and anti-matter do not destroy each other, but form each end of the electron which forms a super-symmetry around a zero point, creating a bubble sphere. The center of the sphere x,y,z is the point of zero and super-symmetry and describes the structural motif creating poles of north and south, as well as the position of charge, using a fractal concept of the poles of the earth (north and south), daily revolutions being identical to electron spin and leading to spiral waves of energy being emitted in the form of the golden circle ratio of the Fibonacci sequence. The seasonal wobble of the earth acts as a buoy on the waves of the ocean changing its angular pitch with respect to the waves of electromagnetism emitted from the sun. The revolution of the earth (electron) around the sun (proton) in the hydrogen large scale model provides an alternative view point to the atomic world in a natural fractal bubble universe." Dr Keryn Dallas Johnson PhD MSc BSc, Quantum Technologies Limited
See Also
8.26 - Law of Force
Dynaspheric Force
Law of Force
String Theory
Rhythmic Balanced Interchange
Universal Heart Beat
Wave