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Entanglement: Einstein’s “Spooky Action” Explained

Lesson 10

Entanglement: Einstein’s “Spooky Action” Explained

Quantum entanglement occurs when two particles become deeply connected so that measuring one instantly influences the other, even across vast distances. What Albert Einstein once called “spooky action at a distance” became one of the most experimentally proven and revolutionary ideas in modern physics.

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Curriculum

18 lessons · 50m

0/18 lessons done50m left

Quantum Computing Foundations: Why It Matters Now

  1. 02:21

    Quantum Computing Explained: Why Governments Are Investing Billions

    02:21

  2. 02:31

    The Dinner That Launched Quantum Computing

    02:31

  3. 03:42

    The Physical Limits of Classical Computing Explained

    03:42

  4. 02:06

    Quantum Computer vs Supercomputer: Finally Explained Clearly

    02:06

  5. 03:27

    Where Quantum Computers Actually Beat Classical Machines

    03:27

  6. 02:39

    Quantum Advantage vs Quantum Supremacy Explained

    02:39

The Quantum World: Physics Made Simple

  1. 03:24

    Wave-Particle Duality: How Electrons Break Reality

    03:24

  2. 02:26

    Superposition: Being in Two States at Once Explained

    02:26

  3. 03:32

    Measurement & Collapse: When Quantum Possibilities Become Reality

    03:32

  4. 02:49

    Entanglement: Einstein’s “Spooky Action” Explained

    02:49

  5. 03:56

    The Uncertainty Principle — Why Measuring One Thing Blurs Another

    03:56

  6. 02:32

    Quantum Interference: The Secret Behind Quantum Speedups

    02:32

Qubits: The Core of Quantum Computing

  1. 02:09

    What a Qubit Really Is — And Why “0 and 1 at the Same Time” Is Misleading

    02:09

  2. 02:27

    Classical Bit vs Qubit: The Quantum Computing Comparison Everyone Starts With

    02:27

  3. 02:38

    The Bloch Sphere: The Visualization That Makes Qubits Finally Make Sense

    02:38

  4. 02:16

    Why Quantum Physics Uses Those Strange Brackets

    02:16

  5. 02:35

    State Vectors & Dirac Notation: The Language of Quantum Mechanics

    02:35

  6. 02:19

    Why N Qubits Create Exponential Quantum Power

    02:19