Quantum Physics: How Atoms and Tiny Particles Really Work

Explain quantum physics in 6 animated minutes, without a single equation. Your hand is made of atoms, and every atom is more than 99.9999% empty space. The table is too. So why can't your hand pass straight through the table? What you'll learn: how small an atom really is (hundreds of thousands fit across one hair), what's inside an atom (a nucleus like a pea in a stadium, and a cloud of electrons), why solid things feel solid (electrons pushing back, never actually touching), the double-slit experiment where single electrons behave like waves, the three strange rules of the tiny world (energy comes in steps, you can't pin a particle down, you can only predict chances), and why a baseball or a coffee mug never acts this way. Chapters 0:00 Your hand is almost empty 0:25 In this video 0:39 How small is an atom? 1:01 What's inside an atom 1:47 Why your hand can't go through a table 2:40 Particles are waves: the double-slit experiment 3:50 The three strange rules of the tiny world 4:54 Why we don't see it in everyday life 5:24 Recap, and what comes next Next: Quantum Tunneling Explained, when particles walk through walls. Sources are listed in the script (checked October 2026). Some numbers are rounded for the ear (for example "more than 99.9999% empty"; the real figure has even more nines). If this video helped, give it a like and subscribe to Pyktools for more science and technology explained. VexAI is a product of Pyktools. © 2026 Pyktools. All rights reserved. #quantumphysics #science #animation