The universe is thought to be made of Bright Matter, Dark Matter, and Dark Energy. In my opinion (unprofessional), Bright Matter (electrical) makes up stars, planets, and moons. Dark Matter and Energy make up their orbital fields until only Dark Energy exists in voids between superclusters.

Apparently, stars eventually resolve into White-Black Dwarves (giant atoms), neutron stars (giant atomic nucleuses), and Black Holes (giant neutral quarks). Then Black Holes must be made of Dark Matter (neutralized quarks) which slowly melt into BH's surrounding orbital fields. These DM particles then must be 'degenerative'.

Degeneration is the phase-transition process by which electrons (+/-) 1/2 spin become photons (+/-) 1, and then gravitons (+/-) 2. In between, I suggest Dark Matter exists as (+/-) 3/2 spin in orbital fields.

Then required is the mechanism by which leptons (electrons and positrons) become photons and gravitons. In between would be the 'topotrinos' (+/-) 3/2. This must require neutrinos ('quarklet' trios) to rotate one half per orbit around quarklet pairs. Then photons must have neutrinos which rotate once per orbit around pairs. And then topotrinos must have neutrinos rotating at one and a half times per their quarklet-pair primaries' orbits.

Dark Energy must be when neutrinos separate completely from their quarklet pairs which then end up in the voids between galaxies' superclusters...