From 1 mg to Infinity: The Most Extreme Collision Ever

Описание: What would happen if a single object with a fixed radius of 500 km collided with Mars… but its mass kept increasing all the way to infinity? 🌌🔴

In this Universe Sandbox experiment, we test one of the most extreme physics scenarios ever:
the object always stays the same size — but its mass changes from almost nothing to literally infinite.

Collision stages in this video:

⚫ 500 km object with 1 milligram mass

🪐 Same object with Jupiter mass

🕳 Same object with black hole–level mass

🌌 Same object with galaxy-level mass

♾ Infinite mass object (not a black hole)

Because the radius never changes, the density quickly becomes unimaginable.
At higher masses, the object’s gravity alone can tear Mars apart before impact even happens.

In this simulation you’ll see:

Extreme tidal forces

Mars being stretched, shattered, or vaporized

The moment gravity becomes impossible

What “infinite mass” would actually do in a physics engine

This is a pure experiment in mass vs size vs gravity, pushed beyond reality.

This 500 km Object Gains Infinite Mass — Mars Doesn’t Survive

From 1 mg to Infinity: The Most Extreme Collision Ever

Same Size… Infinite Mass — What Happens to Mars?

What if an object with infinite mass collided with Mars,
Universe Sandbox, infinite mass, extreme gravity, Mars collision, density experiment, cosmic physics, space simulation, astrophysics experiment

Timecodes:

00:00 - 1 milligram
00:55 - Normal
02:09 - Jupiter
03:39 - Black Hole
05:21 - Galaxy
06:38 - Infinity