Very long. Worth reading for those with an interest in the topics! (sourced)
"In current theory, it is posited that the first stars grew from primordial black holes: these “quasi-stars” as they are called were not powered by thermonuclear fusion— hence within the conventional model they are not considered “normal” stars— but instead by a rapidly growing black hole at their center (supermassive black holes grew in quasi-stars [6]). These quasi-stars eventually grew to truly massive proportions and are visible today across billions of parsecs of spacetime as quasars (quasi-stellar objects), the beacons at the dawn of time that shine with the strength of billions of stars, and which are generally referred to as quasars and /or active galactic nuclei (AGN)."
"Evidently, something huge is missing in the current understanding of the physical world, mainly because the vacuum fluctuations inside the volume of all matter are not being properly accounted for. It then follows that modern physics is unable to satisfactorily explain the origin of mass, or what it really means.
In the case of the proton, we now understand that the mass we measure of 10-24g, is just that part of the information/energy available to the outside from its surface or event horizon. The gravitational component of the proton is the strong force [3], which can now be interpreted as the gravitational attraction between Schwarzschild protons with holographic mass of 1014 g. The strong force is just the Yukawa potential of the gravitational force near the event horizon of the proton, that drops very fast as we move away from this horizon, and is called gravity once it's far from the horizon. This is why people think that gravity is a weak force."