From the course: Quantum Computing Fundamentals
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Build a model Bloch sphere
From the course: Quantum Computing Fundamentals
Build a model Bloch sphere
- The block sphere is such a handy tool for visualizing quantum states. We thought it would be nice to have our own. That's why we made... - [Both] Block sphere beach balls. - We found that having something that we can physically manipulate, help us understand the basic operation on quantum states. If you have a couple of round objects that you can label, I encourage you to pause this video, and grab them. - We've labeled the polar ends of our beach balls, with green circles to represent the two computational basis states, with zero at the top and one at the bottom. Remember, these two basis states exist along the Z-axis. Around the middle, we used blue circles to represent the positive side of the x-axis, and the negative side of the x-axis, and we used yellow circles to represent the positive y axis and the negative y-axis. To label your own sphere, you can use paint, markers, stickers, whatever you…
Contents
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Classical bits vs. quantum bits4m 58s
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(Locked)
Measuring a qubit2m 53s
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(Locked)
Measure a qubit with Qiskit9m 25s
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(Locked)
Overview of vectors12m 43s
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(Locked)
Overview of complex numbers10m 8s
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(Locked)
Represent qubits as vectors9m 52s
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(Locked)
Represent qubits on the Bloch sphere6m 21s
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(Locked)
State vectors and Bloch spheres with Qiskit4m 31s
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(Locked)
Build a model Bloch sphere6m 18s
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(Locked)
Global and relative phase6m 20s
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(Locked)
Challenge: Create a quantum circuit1m 22s
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(Locked)
Solution: Create a quantum circuit2m 25s
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