Can an Atom Destroy a Planet at the speed of light? скачать в хорошем качестве

Can an Atom Destroy a Planet at the speed of light?

What would happen if an atom — with the mass of a single atom — suddenly expanded to the size of a kilometer… Mars… or even Jupiter, and then collided with Mars at the speed of light? ⚛️⚡🔴 In this Universe Sandbox experiment, we test one of the strangest physics scenarios imaginable: The object always keeps the mass of a single atom, but its radius changes dramatically before impact. Collision sizes tested: ⚛️ 1 km radius ⚛️ 100 km radius ⚛️ 1,000 km radius 🔴 Mars-sized atom 🪐 Jupiter-sized atom Despite its enormous size, the object’s mass remains microscopic. That means its density becomes unbelievably low as it expands. In this simulation, you’ll see: Whether size alone can cause destruction How relativistic speed changes everything At what point velocity matters more than mass Whether Mars even “notices” the impact How light-speed physics behaves with ultra-low mass objects This experiment reveals a surprising truth: Without mass, even something the size of Jupiter can be harmless — until speed enters the equation. What if an atom the size of Jupiter collided with Mars at the speed of light, Universe Sandbox, atom collision, Mars experiment, extreme physics, light speed impact, space simulation, astrophysics experiment, cosmic scale test A Jupiter-Sized Atom Hits Mars at Light Speed Can an Atom Destroy a Planet? We Fired a Planet-Sized Atom at Mars Timecodes: 00:00 - Atom 01:01 - Atom Radius: 1 km 01:47 - Atom Radius: 100 km 03:04 - Atom Radius: 0.157 R Earth 04:35 - Atom Radius: Mars 06:55 - Atom Radius: Jupiter