Chapter 01 of 5
The Quantum Wall
Why particles ignore the 'forbidden' laws of classical physics.
- Classical Logic
The Hill Problem
In the macroscopic world, if a ball lacks the energy to roll over a hill, it simply rolls back. It is trapped by the laws of gravity and momentum.
- The Barrier
Energetic Dead Ends
Physics calls these 'potential barriers.' They are the walls of energy that should keep objects confined to a specific space.
- Quantum Reality
Ghostly Behavior
Subatomic particles like electrons don't always obey these walls. Occasionally, they appear on the other side of a barrier they cannot climb.
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Could you answer this?
What happens to the energy of a particle after it successfully tunnels through a barrier?
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π» Quantum Tunnelling: The Ghost in the Machine
- 01The Quantum WallWhy particles ignore the 'forbidden' laws of classical physics.
- 02The Breath of LifeHow biological enzymes use quantum leaps to power your metabolism.
- 03Forged in the SunThe nuclear 'cheating' that prevents the stars from going dark.
- 04The Atomic EyeHarnessing the flow of 'ghost' electrons to see and store data.
- 05The Silicon LimitWhen quantum leakage threatens the future of computing and time.