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QIP2021 Tutorial: Architectures for fault tolerant quantum computing (Naomi Nickerson)
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Speaker: Naomi Nickerson (PsiQuantum)
The architecture of a quantum computer has many aspects from the connectivity and arrangement of physical components, the interaction of classical and quantum information through to the design of logical gate instructions sets. Quantum error correction is central to any architecture for practical universal quantum computing to protect against the inevitable imperfections in quantum systems. This tutorial will introduce quantum error correction, what is needed for these theoretical concepts to be applied in real systems, and how this translates into principles for quantum architectural design.
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The architecture of a quantum computer has many aspects from the connectivity and arrangement of physical components, the interaction of classical and quantum information through to the design of logical gate instructions sets. Quantum error correction is central to any architecture for practical universal quantum computing to protect against the inevitable imperfections in quantum systems. This tutorial will introduce quantum error correction, what is needed for these theoretical concepts to be applied in real systems, and how this translates into principles for quantum architectural design.
Get entangled with us!
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