The Many Hidden Worlds of Quantum Mechanics - Season 1 Episode 10 Decoherence Explains Branching Worlds
Focus on decoherence, which does the same work in Many-Worlds as the collapse of the wave function in the Copenhagen Interpretation. Both explain what happens when a measurement is made, but in Many-Worlds the mechanism is more consistent with the underlying physics. Then, see how decoherence is the gateway to multiple branching worlds, which differ from the cosmological idea of the multiverse.
First Air Date: Nov 24, 2023
Last Air date: Nov 24, 2023
Season: 1 Season
Episode: 24 Episode
Runtime: 26 minutes
IMDb: 10.00/10 by 1.00 users
Popularity: 0.1921
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Season
Season 1
Episode
Why Suppose There's More Than One World?
The Classical Physics World That Never Was
Quantum Worlds Start With Waves and Particles
A Wave Function to Describe Particles
Copenhagen Says the Wave Function Collapses
Is the Wave Function Real?
Uncertainty in Action With Spin and Qubits
Quantum Entanglement and Action at a Distance
Entanglement Leads to Many Worlds
Decoherence Explains Branching Worlds
How Entanglement Powers Quantum Computers
Too Many Worlds! Five Objections Answered
Testing the Many-Worlds Interpretation
Where Does Probability Come From?
Quashing Worlds With Wave Function Collapse
Blocking Worlds With Hidden Wave Variables
Mind Before Matter in Quantum Theory
The Quantum Emergence of the World We See
The Challenge of Quantum Gravity
Space Emerges From Entanglement
The Quantum Emergence of Time
Free Will, Determinism, and Many-Worlds
What Happens to Ethics Under Many-Worlds?
A Future Renaissance for Quantum Mechanics
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