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"Dark Matter" has been solver, but MSS (main stream science) has been slow to accept it.

Hydrogen and Hydrinos

Hydrogen comprises most of the visible mass of the Universe.
Dark matter, which far exceeds the amount of visible matter, is also hydrogen that exists in lower-energy, non-radiative forms termed Hydrino.
Hydrogen consists of a small, positively charged proton fully enclosed by a negatively charged spherically curved electron (orbitsphere).
The radius, charge density and angular momentum of the electron orbitsphere are all dynamic. These parameters will all change:
- to achieve stable force balance with the charge of the proton when the electron is first captured;
- when photons are absorbed or emitted; or
- when a resonant transfer of energy from Hydrogen results in the formation of a trapped photon in the orbitsphere that add positive integer values to the central field.
A free electron that is captured by a proton to form a hydrogen atom will emit continuum radiation as it settles into the first non-radiative state (the former "ground") where the mass, charge and angular momentum of the electron is force balanced with the charge of the proton and is stable - i.e. it cannot lose energy by spontaneous photon emission to get closer to the proton.
Hydrogen in the "ground" state is NOT in the lowest energy state as claimed by Quantum Mechanics - it retains a huge amount of potential energy due to the energy stored in the electric and magnetic fields of the proton and electron.
Hydrinos are hydrogen atoms having energy levels below the so-called "ground" state, which is merely the first stable radius at which further energy cannot be lost by the emission of photons.^[6]
The "ground" or first non-radiative state of hydrogen atom can resonantly transfer energy to ionise a catalyst that can accept an integer multiple of 27.2eV.^[6]
The loss of 27.2ev of energy via resonant transfer from hydrogen results in the formation of a trapped photon inside the orbitsphere with an intrinsic electric field that superimposes a +1 integer increase to the positive central field of the proton.
A bound electron experiencing a +1 increase to the central positive field will undergo an increase in radial acceleration, shrink, gain angular velocity and emit additional energy in the form of continuum radiation in order to restore force balance with the central charge, thereby becoming a hydrino.
There are 136 hydrino states that are all formed by the resonant loss of an integer number of 27.2eV packets of energy followed by an increase in the central field of the proton and the emission of continuum radiation as the radius decreases and the kinetic energy of the electron increases to effect stable force balance.
At the H(1/137) hydrino state, the electron orbitsphere current loops have velocity close to light speed and additional shrinkage is relativistically impossible. This is the true Ground State.
Once formed, a hydrino is super-stable and may neither accept nor emit photons, making it invisible to spectral analysis yet retaining gravitational mass. (Resonant and collisional mechanisms may still occur.)
A hydrino can gain or lose energy only via resonance reactions with matter, where the energy gained or lost is an integer multiple of 27.2eV.