NO. You are NOT right. The radiation levels will go through the roof. Two black holes coliding would destroy any atmosphere on any planet. And, you know, I am nearly always right. So, this does not surprise me....a bit..... AI Overview During a galaxy merger, planets rarely suffer direct physical collisions because stars are separated by immense, empty space. However, radiation levels skyrocket due to bursts of new star formation and active black hole feeding. These factors trigger intense gravitational chaos that can strip, sterilize, or completely eject solar systems. [1, 2, 3, 4] Radiation Level Spikes Starbursts: Colliding gas and dust clouds trigger massive bursts of star formation. These short-lived, hyper-massive stars die quickly in violent supernovae, flooding space with lethal X-rays and gamma-ray bursts. [1, 2, 3] Active Galactic Nuclei (AGN): Mergers funnel interstellar gas into the supermassive black holes at the galactic centers. As this matter accelerates and heats up, it radiates intense ultraviolet and X-ray energy, sometimes forming brilliant quasars that can strip away the molecular gas of companion galaxies. [1, 2, 3, 4] Potential Effects on Planets Atmospheric Stripping: High-energy cosmic rays and intense radiation from nearby supernovae can erode a planet's magnetosphere and atmosphere, exposing the surface to deadly stellar and cosmic radiation. [1, 2] Orbital Disruption: As the galaxies merge, the gravitational potential of the entire region changes, altering the stable orbits of stars and their solar systems. Planets may be gravitationally perturbed or entirely ejected into intergalactic space, plunging into perpetual freezing darkness. [1, 2, 3, 5] Collisions with Stray Matter: The gravitational turmoil can dislodge Oort cloud equivalents, causing a dramatic spike in asteroid and comet bombardments on planetary surfaces. [1] You should.....LOOK IT UP AGAIN..... And then get back to me. Thank you.
Create an account or sign in to comment