We Made Earth Heavier Than Stars

What would happen if Earth kept its normal size… but its mass kept increasing all the way to galaxy levels — and then it collided with Jupiter? 🌍➡️🪐 In this extreme Universe Sandbox experiment, we keep Earth’s radius unchanged while dramatically increasing its mass. This means gravity and density quickly become absurd, turning Earth into one of the most dangerous objects imaginable. Mass stages tested in this video: 🌍 0.001× Earth mass (almost weightless Earth) 🌍 100× Earth mass 🪐 1,000× Earth mass (≈ 3 Jupiter masses) ☀️ 100 million× Earth mass (≈ 300 Sun masses) 🌌 1 quintillion× Earth mass (≈ 0.2 galaxy mass) Each version of Earth collides with Jupiter to see how the outcome changes when mass increases but size stays identical. In this simulation, you’ll see: How density alone reshapes gravity Jupiter being torn apart before impact Tidal forces stronger than stars Orbital collapse across the Solar System The moment Earth behaves like a black hole (without being one) What happens when a planet approaches galaxy-level mass This experiment shows how terrifying a normal-sized object becomes when its mass increases beyond cosmic limits. What if you compress the Earth to the weight of a galaxy and collide it with Jupiter, Universe Sandbox, massive Earth, extreme gravity, Earth vs Jupiter, density experiment, galaxy mass planet, space simulation, astrophysics experiment What if you compress the Earth to the weight of a galaxy and collide it with Jupiter Earth Gains Galaxy Mass and Hits Jupiter — Nothing Survives From Tiny to Galaxy Mass: Earth vs Jupiter Timecodes: 00:00 - 1000 times lighter 01:02 - Real Earth 01:46 - 100 times heavier 03:40 - 3 Mass Jupiter 05:28 - 300 Suns 06:25 - 0.2 M Galaxy