🦸Superhero Science

Ever wondered about the real physics behind superhero powers? Explore the science that makes (or breaks) your favorite heroes.

superhero-science

Spider-Man Train Stop

Physics simulation of the iconic Spider-Man 2 train-stopping scene. Explore F=ma, web elasticity, impulse-momentum, and G-forces.

superhero-science

Superhero Punch Force Ranked

Calculate and rank the punch forces of 8 superheroes using real physics (F=ma, E=mc²). Featuring Spider-Man, Hulk, Superman and more.

superhero-science

Superman Flight Physics

How much force would Superman need to fly? Aerodynamics, thrust, and the physics of superhuman flight.

Coming Soon

superhero-science

The Flash — Speed Force

What happens to objects moving near the speed of light? Explore relativistic mass, time dilation, and kinetic energy.

Coming Soon

superhero-science

Hulk's Super Jump

Calculate the leg force needed for the Hulk to jump over skyscrapers. Projectile motion meets superhuman strength.

Coming Soon

superhero-science

Iron Man Repulsor Physics

How much energy do Iron Man's repulsors need? Explore thrust, energy density, and power requirements.

Coming Soon

superhero-science

Cap's Shield Bounce

Elastic collisions, ricochet angles, and momentum conservation — the physics of vibranium.

Coming Soon

About Superhero Science

Superheroes bend the rules of physics — but can we figure out exactly how much? This section uses real physics equations to analyze iconic superhero scenes and powers.

Each simulation lets you tweak the parameters and see what happens. Could Spider-Man really stop a train? How fast would the Flash need to run to time travel? Find out here!