physics

PINNs embed physical equations directly into neural network training, enabling powerful simulations that respect the laws of nature by design.

One splits atoms to release energy; the other fuses them together. Both tap the same fundamental force — and both are transforming how we power civilization.

Turbulence is one of physics' hardest unsolved problems. Neural networks are rewriting how we simulate fluids—at a fraction of the cost.

GPS uses clocks accurate to a billionth of a second and Einstein's relativity to pinpoint you anywhere on Earth within meters.

Newton didn't just discover gravity — he invented calculus to describe it. His 18-month plague exile became the most productive retreat in science history.

There may be infinitely many universes where you made different choices. Here's what physics actually says about the multiverse.

Machine learning didn't just assist the Higgs boson discovery—it's now reshaping how physicists search for physics beyond the Standard Model.

Carnot proved thermodynamic limits on engine efficiency. His theoretical work established the maximum possible efficiency any heat engine could achieve, a law of nature rather than a failure of engineering.

Your finger never actually touches the glass. Touchscreens sense the electrical field your body distorts, not physical pressure.

Step in here, step out there — instantly. Teleportation sounds like sci-fi, but the physics gets stranger than fiction.

Time slows down, space bends, and mass becomes energy. Einstein's relativity is strange but beautifully logical.

Submarines dive, surface, navigate blind, and stay underwater for months. The engineering behind them defies intuition.