Early universe and star formation around collections of dark star cores from gluon condensation nova etc

JWST Telescope Finds a Galaxy Whose Light Should Not Be Visible to Us at https://www.youtube.com/watch?v=y9bQN-Cinks

There should be many black holes and neutron stars even then. And their strong fields can greatly accelerate star formation from hydrogen. It only needs gas and a dark star and does NOT have to evolve by slow gravitation from a gas, then eventually ignite. And if black holes also can go nova as I suspect, they can expel high energy density core material similar to neutron stars and most likely quark star (I prefer gluon) matter. I usually give a small $Thanks. But mostly that never registers in your huge inflow of praise and support. I write and it makes not difference at all. But I am fairly certain I am more likely to be right than wrong. Look for more stars that accrete from molecular clouds onto dark cores. And look for more evidence of recycles materials from black hole nova and gluon condensation nova in hot dense galaxies and clusters where the star forming regions are filled with remnant dark stars of various sorts. Even a few billion while dwarfs and make a small big bang in the right circumstances. Richard Collins, The Internet Foundation