Solved by New Physics: List of Problems in Physics
New Physics/ SURe eliminates all mysteries, inconsistencies and open questions of Physics.
Problems of Nuclear Physics and other
In this chapter first the unsolved problem of physics is listed (copied from Wikipedia)
followed by the solution of New Physics/ SURe.
Nuclear physics[edit]
- Quantum chromodynamics: What are the phases of strongly interacting matter, and what roles do they play in the evolution of cosmos? What is the detailed partonic structure of the nucleons? What does QCD predict for the properties of strongly interacting matter? What determines the key features of QCD, and what is their relation to the nature of gravity and spacetime? Do glueballs exist? Do gluons acquire mass dynamically despite having a zero rest mass, within hadrons? Does QCD truly lack CP-violations? Do gluons saturate when their occupation number is large? Do gluons form a dense system called Colour Glass Condensate? What are the signatures and evidences for the Balitsky-Fadin-Kuarev-Lipatov, Balitsky-Kovchegov, Catani-Ciafaloni-Fiorani-Marchesini evolution equations?
Nuclei by New Physics:
Nuclei and atoms are separate bound particles. Nuclei do not consists of protons and neutrons, and they cannot be generated out of neutrons and protons. All atoms
except hydrogen are generated by supernovae. Supernovae are nuclear fission reactions of neutronium. New Physics/ SURe is aware of the structure of all atoms including all different isotopes.
Basic units are alpha particles. Gluons, glueballs, and quarks do not exist. CP violations are impossible. Evolution of all existing particles in universe are well defined by New Physics/
SURe.
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Nuclei and nuclear astrophysics: Why is there a lack of convergence in estimates of the mean lifetime of a free neutron based on two separate- and increasingly precise- experimental methods? What is the nature of the nuclear force that binds protons and neutrons into stable nuclei and rare isotopes? What is the nature of exotic excitations in nuclei at the frontiers of stability and their role in stellar processes? What is the nature of neutron stars and dense nuclear matter? What is the origin of the elements in the cosmos? What are the nuclear reactions that drive stars and stellar explosions? What is the heaviest possible chemical element?
Nuclear astrophysics
by New Physics:
All phenomenons concerning muclear astrophysics are accurately described and explained by New Physics./ SURe. All radioactive decays are activated by neutrinos
(mostly from sun) with specific kinetic energy. Therefore the lifetimes of free neutrons depend on sun activity and distance to sun. In Center of stars hydogen is fused to neutronium.
Neutron stars are the remnants of supernovae and consists out of a mixture of neutronium and neutrinium. All Elements are generated by supernovae (nuclear fission of neutronium).
As As the While kinetic energy remains constant, the velocity of satellites is not only determined by distance to celestial bodies but also by concentration of omnipresent
neutrinos.The differences of concentration of neutrinos is not taken into account to calculate the predicted energy. Most artificially generated heavy elements are transition states and
thus no particles according to New Physics.
Atomic, molecular and optical physics
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Abraham-Minkowski controversy: What is the momentum of light in optical media? Whether Abraham's or
Minkowski's momentum is right?
Momentum of light
by New Physics:
Light particles are neutrinos. Momemtum of a particle is equivalent to kinetic energy of a particle and is always given by inertial mass times relative velocity.
Momentum (kinetic energy) does not depend on surrounded particles (media). By collisions kinetic energy (Momentum) is merged between colliding particles. Inertial mass of a neutrino is similar to
that of a pion.
- Bose–Einstein condensation: How do we rigorously prove the existence of Bose–Einstein condensates for general interacting systems?[60]
Bose-Einstein condensates
by New Physics:
At extreme low temperatures all atoms and molecules condense by nuclear fusion reaction. All hypotheses concerning Bose-Einstein condensation have no scientific
basis. Absolute zero has no physically valid definition.
Classical mechanics[edit]
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Singular trajectories in the Newtonian N-body problem: Does the set of initial conditions for which particles that undergo near-collisions gain infinite speed in finite time have measure zero? This is known to be the case when N ≤ 4, but the question remains open for larger N.[61][62]
Motions of bodies and particles by
New Physics:
Currently there is a complete wronf understanding of Forces and interactions. For example there are no attractive or repulsive forces between particles or bodies.
Currently no interactions with omnipresent matter are taken into account. New Physics can explain all discrepancies concerning motions and interactions.