Uploaded April 2025 | Updated September 2026, 2 weeks ago
If Atoms Are 99 9999999% Empty Space, Why Doesn’t Your Hand Go Through A Wall?
In this mind-blowing video, we dive into the quantum physics behind why solid matter feels solid—even though atoms are mostly empty space. Explore the mysterious world of electromagnetic repulsion, electron clouds, and the Pauli Exclusion Principle to discover the shocking truth about touch.
You never actually touch anything.
What you feel is just electron repulsion—the invisible force that gives us the illusion of touch. From why your hand stops at a wall, to how you're floating above your chair, this video reveals how quantum mechanics shapes your everyday experience.
Discover how atoms interact, why matter is solid, and what keeps you from falling through the floor. Learn why electron clouds don’t collide and why reality might be an illusion created by quantum field interactions.
#atom #quantumphysics #emptyspace
If Atoms Are 99 9999999% Empty Space, Why Doesn’t Your Hand Go Through A Wall?
In this mind-blowing video, we dive into the quantum physics behind why solid matter feels solid—even though atoms are mostly empty space. Explore the mysterious world of electromagnetic repulsion, electron clouds, and the Pauli Exclusion Principle to discover the shocking truth about touch.
You never actually touch anything.
What you feel is just electron repulsion—the invisible force that gives us the illusion of touch. From why your hand stops at a wall, to how you're floating above your chair, this video reveals how quantum mechanics shapes your everyday experience.
Discover how atoms interact, why matter is solid, and what keeps you from falling through the floor. Learn why electron clouds don’t collide and why reality might be an illusion created by quantum field interactions.
#atom #quantumphysics #emptyspace
