Building Reliable Quantum Machines From Unreliable Components
Everyone
- 11 videos | 49m 27s
- Includes Assessment
Learn how reliable classical and quantum machines are built from unreliable components
WHAT YOU WILL LEARN
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Understand the basics of the threshold theoremUnderstand the proof of the threshold theoremUnderstand how recursion plays a role in the threshold theoremUnderstand that there is a process with a set of principles for fault toleranceUnderstand the principles of fault toleranceUnderstand the examples of fault-tolerant and non-fault tolerant procedures
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Understand the cost of fault toleranceUnderstand the fault-tolerant quantum proceduresUnderstand the codes for quantum gates presentedUnderstand how to use fault-tolerant measurementUnderstand the estimate of the fault tolerance
IN THIS COURSE
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3m 5sLearn about the basics behind the threshold theorem FREE ACCESS
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5m 39sGain an understanding of the proof behind the threshold theorem FREE ACCESS
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5m 32sLearn about recursion and how it relates to the threshold theorem. FREE ACCESS
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4m 39sLearn about reliable classical computation and the threshold theorem FREE ACCESS
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3m 46sLearn about he principles under which we were able to construct a theorem about fault tolerance FREE ACCESS
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2m 42sLearn about fault-tolerant and non-fault-tolerant procedures FREE ACCESS
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7m 23sLearn about the cost of fault tolerance FREE ACCESS
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2m 35sLearn about fault-tolerant quantum procedures FREE ACCESS
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6m 9sLearn about explicit examples of fault-tolerant quantum gates FREE ACCESS
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5m 31sLearn how to perform fault-tolerant measurements FREE ACCESS
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2m 25sLearn how to put everything together in an estimate of the fault tolerance FREE ACCESS
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Channel
Nanotechnology