V1.0
Challenge: Can 10 constants hit the exact range where stars form, planets stabilize AND life becomes possible - ALL AT ONCE, via Random Chaos? Probability = insane.๐โ๏ธ (Scroll down to see Constants Explained)
Test: One tiny slider nudge crashes stars OR explodes the universe. How precise does physics need to be? ๐ฅโ๏ธ
These 10 Constants control stars + planets + life. Change ANY ONE = UNIVERSE FAILS. Probability of ALL working together?
Universe expansion. Wrong value = Big Bang โ instant crunch OR infinite void.
Holds atomic nuclei. Too weak = no protons bind. Too strong = no hydrogen = no stars.
Star formation. Too weak = no stars. Too strong = universe collapses instantly.
Electromagnetic coupling strength. Wrong value = atoms unstable = no chemistry = no life.
Controls radioactive decay + stellar fusion. Wrong strength = no heavy elements, no planets.
Gives particles mass. Wrong value = no atoms OR black hole soup = lifeless universe.
Electron size. Too heavy = no chemistry. Too light = no stable atoms.
Proton/neutron balance. Wrong ratio = no stable atoms = universe = neutron soup.
Universe information capacity. Wrong value = heat death OR Big Crunch immediately.
Universe matter balance. Too much = collapse. Too little = no galaxies = no planets.
The chance ALL 10 align perfectly by Random Chaos to create the Universe = STATISTICALLY IMPOSSIBLE.