arXiv2026
There are a plenty of phenomenological, mathematical and philosophical reasons to modify or generalize our currently accepted theories in particle physics, cosmology and gravity. I give a comprehensive list of anomalies, puzzles and problems in the field of particle physics, cosmology and gravity that is the essential motivation for the curiosity driven research. The critiques of the Higgs mechanism, inflationary mechanism, instantons, sphalerons, gravity waves and the Hawking radiation are given in details. I introduce the minimal distance (UV cut-off) to resolve the UV singularity problem in quantum field theory of particle physics, minimal distance in quantum mechanics and in the nonsingular Einstein-Cartan theory of gravity relevant in cosmology. The universality of the minimal distance can be and should be checked within particle physics, astrophysics and cosmology. The dark matter problem, the dark energy problem, light neutrino masses and mixing, cosmic rays muon puzzle, B meson anomalies, Tevatron t-quark charge asymmetry, W boson mass anomaly, lepton and baryon number violations, chirality of the vorticity of the Universe, kinematic dipole anomaly, etc., all have unique and clear solutions within my theory. The dimensionality of spacetime and a perfect balance between the translational and rotational degrees of freedom in Minkowski and Riemann-Cartan spacetimes are the crucial ingredients in my reasoning.