TFNR - Dark (invisible) Matter
In conventional physics, in a nutshell, Dark Matter is what makes galaxies spin faster. It is considered to be the major component of the total mass (85%) and a substantial part of the total mass–energy content of the universe (about 27%).
In this model of describing Physical Reality, we hypothesize that Dark Matter, or rather "invisible or transparent Matter", is made up of diffused / extended non-particle Vortex Structures with low mass density (Halos, bubbles), which in turn can host structures of less extensive Dark Matter of higher density and Ordinary Matter Structures, Vortices within Vortices of various sizes, shapes and dynamics, with dimensional resonances in correspondence with the celestial objects that we commonly observe: from the more extensive cosmic structures, to the gigantic voids, super clusters, galaxy clusters, the galaxies themselves, star clusters, planetary systems, etc.
These are vast Physical Structures of Information (Vortices) in the Elementary Field, which can be observed in the derived space-time field by their gravitational effects, characterized by low values of Perturbation or in other words low Mass density, which fill the entire infinite space of the evolving Universe. Together these structures made up the cosmic network of Dark Matter / Dark Energy, on whose boundaries Ordinary matter, which we observe in the cosmos, forms and collects (the Dark matter Cosmic Web which hosts the Ordinary Matter Structures to form the Cosmic Web (Dark and Ordinary).
None of the most common hypotheses about dark matter are really satisfactory and confirmed from an observational / experimental point of view:
- Light bosons (axion-like particles, etc.)
- Neutrinos (standard and sterile)
- Weak scale (supersymmetric particles, extra dimensions, etc.)
- Other particles (WIMPs, self-interacting dark matter, etc.)
- Macroscopic objects (primordial black holes, MaCHOs, Macros)
- Modified gravity (Modified Newtonian dynamics, tensor–vector–scalar gravity, entropic gravity)
Links to the tables of contents of TFNR Paper
