DDrift

Chapter 01 of 5

The Quantum Wall

Why particles ignore the 'forbidden' laws of classical physics.

  1. 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.

  2. 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.

  3. 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.

17 more cards in this chapter

Could you answer this?

What happens to the energy of a particle after it successfully tunnels through a barrier?

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πŸ‘» Quantum Tunnelling: The Ghost in the Machine

  1. 01The Quantum WallWhy particles ignore the 'forbidden' laws of classical physics.
  2. 02The Breath of LifeHow biological enzymes use quantum leaps to power your metabolism.
  3. 03Forged in the SunThe nuclear 'cheating' that prevents the stars from going dark.
  4. 04The Atomic EyeHarnessing the flow of 'ghost' electrons to see and store data.
  5. 05The Silicon LimitWhen quantum leakage threatens the future of computing and time.