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Quantum Computing 2022

Forth Interest Group 2022-01-22

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Some of the slides were prepared by my friend and Qiskit Advocate Farai Mazhandu of Zimbabwe, currently working on his doctorate at Colorado School of Mines. The slides are used by permission.

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Scroll down on https://www.ibm.com/quantum-computing/systems/

Or https://www.youtube.com/watch?v=-qBrLqvESNM if you don’t mind a YouTube advertisement first

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Currently about 24,000 accounts on Qiskit Slack

Probably about ⅓ - ½ are from India

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IONQ seems to be doing very well

There’s an IONQ pluggable Provider for Qiskit

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https://www.xanadu.ai/

https://photonic.com/

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https://www.microsoft.com/en-us/research/blog/full-stack-ahead-pioneering-quantum-hardware-allows-for-controlling-up-to-thousands-of-qubits-at-cryogenic-temperatures/

If I understand correctly from this Jan 2021 blurb

  • Still pursuing topological QC
  • Using and innovating in superconduction transmon-based QC

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Google focusing on AI aspects of QC https://quantumai.google/

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https://aws.amazon.com/braket/

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QUANTUM SOFTWARE

COMPANIES

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Quantum Software companies by funding

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OpenQASM 3 new level of Quantum Assembly Language

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https://medium.com/qiskit/introducing-a-technical-steering-committee-for-openqasm3-f9db808108e1

… I am currently the secretary of the OpenQASM TSC (not a member, just a note-taker and co-ordinator)

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This paper is an example of how quantum computing impacts our understanding of quantum mechanics.

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Know any bright young grad students?

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Quantum computing models the world in Linear Algebra

Wikimedia User:Bilou GNU Free Documentation License

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https://docs.google.com/presentation/d/1-VnFQb01FPstQc9kjd966ROS243wjDHYCTclXVQMixo/edit?usp=sharing