Скачать или смотреть ATOMS Are 99.999% Empty Space — So Why Can't You Fall Through the Floor? Feynman Explains

Richard Feynman’s physics reveals a strange truth: atoms are almost entirely empty space. So if matter is basically nothing… why can’t you fall straight through the floor?

From the weird rules of Quantum Mechanics to the invisible forces inside atoms, discover why “solid” objects aren’t actually solid at all.

We imagine matter as tightly packed particles like tiny billiard balls. But in reality, atoms are vast empty regions with a tiny nucleus surrounded by a cloud of electrons. In this video, we explore why the laws of quantum physics prevent objects from passing through each other—even when they’re mostly empty.

🔍 KEY CONCEPTS EXPLAINED:

Atomic Structure: Why atoms are mostly empty space.
Electron Repulsion: The invisible force that keeps matter solid.
Quantum Rules: Why particles can’t occupy the same state.
The Illusion of Solidity: Why your hand stops at the table.

If atoms are almost entirely empty… the real reason you can’t fall through the floor is stranger than you think.

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