Regarding unifying QM and GR:

To those who say what unites the GR and QM is the fact that the large is made up of the small, I say the small fundamentally never changes its shape and property but it flawlessly becomes orderly clustered to constitute the large, whose properties as a result can’t help but change. It means there stays two differing orders of magnitude until the bonding

Are stellar collisions, galactic mergers, and supernovae implosions deterministic events, as suggested by the super symmetry and equilibrium exhibited during the cyclical motions of celestial bodies, which imply a predictable outcome and timing, and what are the implications of this deterministic view for our understanding of the universe's creation?

The periodic Table

The periodic table shows how our universe began. The hydrogen atom, the simplest form of matter, consists of one electron and one proton. Investigating its formation is crucial. Notably, the neutral hydrogen atom's nucleus is not neutral, suggesting a process similar to fusion may have occurred.

I may add:

What made the neutron(s) show up in the isotopes of hydrogen?

 There’re two realities: consciousness and everything else. We humans are one of the conscious evolutionary descendants of the earliest universe that were created by natural selection, yet the universe is infinitely bigger than us. Even worse, we pass on, possibly with no records of our footprints. As hopeless as it looks, I hope more intelligent species with more controlling power of conciousness, may come up with a lasting breakthrough.

 There’re two realities: consciousness and everything else. We humans are one of the conscious evolutionary descendants of the earliest universe that were created by natural selection, yet the universe is infinitely bigger than us. Even worse, we pass on, possibly with no records of our footprints. As hopeless as it looks, I hope more intelligent species with more controlling power of conciousness, may come up with a lasting breakthrough.

 As long as there's friction, we'll always err.

 I wonder if the temperature of the vacuum of space is 0 K, since there’re no waves as a result of the absence of vibrations.