By KM
Published Jun 19
19 cards
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11.17.0 How discrete changes happen according to quantum physics? Consider an atom absorbing a photon with its energy.
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11.16.0 Why when a large object is influenced by something sufficiently small an object is usually strictly unaffected?
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11.15.0 Explain how quantum computers work.
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11.14.0 If particles are irreducible multiversal objects that undergo constant merging and splitting, why humans and planets don’t?
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11.13.0 What is the metaphor that David uses to explain the multiverse?
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11.12.0 How Heisenberg uncertainty principle is explained through fungibility?
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11.11.0 How splitting and merging of the universes works for particles?
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11.10.0 Describe the Mach-Zehnder interferometer and what it implies.
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11.9.0 What is an entanglement information?
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11.8.1 But probabilities don’t work with infinities! (You should say if you remember 8th chapter.) So what does it mean for something to happen in ‘half of the universes’?
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11.8.0 How could our ‘fictional’ laws of physics be deterministic (not random), universal (same across all universes) and adhere to the speed of light communication limit?
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11.7.0 All physical forces diminish in their effects with distance, but one. What force is it?
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11.6.0 What is the sphere of differentiation?
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11.5.0 Explain how the quantum randomness works.
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11.4.0 For what three reasons something could appear unpredictable to the observer?
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11.3.0 What is diversity within fungibility?
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11.2.0 The laws of physics are deterministic, so how could there be parallel universes? How could universes split if they are given exactly the same conditions? Wouldn’t they always remain exactly alike?
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11.1.0 What are the five preconditions that David establishes to explain the multiverse?
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