Unitary Fund Q1 2023 Update: UF Members, Mitiq and Metriq updates, and new grants
Dear Unitary Fund community,
We are excited to share our quarterly update and highlight UF’s activities for last year in the recently released 2022 Annual Report: Check it out for lots of interesting content on microgrants, testimonials, stats and details on software and research from the past year.
Reminder: unitaryHACK 2023 is coming May 26-June 13th! Sign up here!
Last quarter we announced the 2023 cohort of Unitary Fund members: as core members, IBM Quantum and Scientifica Venture Capital, and as supporting members, Agnostiq, AWS, Cisco, Dorahacks, Pasqal, Quandela, and Qyber. Thanks to their leadership, and the generosity of our other supporters, UF can continue its mission of cultivating the quantum open source ecosystem.
We continue to update Metriq and have implemented an automatic API to run quantum computing benchmarks, as defined by the QED-C consortium. You can read more about it in this blog post.
Mitiq got some nice updates in its documentation and with a new quantum-error-mitigation calibration module that makes it easier to choose the right parameter to apply.
We awarded grants to enrich existing projects of useful tooling, such as OpenQAOA and the Qiskit transpiler, and funded Graphix, the first UF grant supporting the simulation of measurement-based quantum computing.
Thank you all for your continued support of the open-source quantum ecosystem!
Make sure to follow our Discord, Twitter, LinkedIn, and our Community Calendar.
New from UF
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Mitiq
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New Releases:
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New features for the calibration of quantum error mitigation
module and a new tutorial
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The
Examples section is tidied up and now has examples for digital dynamical decoupling (DDD) with Cirq and with Qiskit on hardware.
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Special thanks to the volunteering contributors for their
help on the readout error mitigation module and identity insertion scaling for ZNE: @purva-thakre @nickgardner @amirebrahimi!
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Talks and Posters:
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March 9th, 2023 - Qiskit Demo Days, *“Updates from
Mitiq”*. @nathanshammah
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March 30-31st, 2023 - ARQC All-Hands
Meeting, Berkeley Lab, Berkeley, Talk on Mitiq by @nathanshammah, posters by @mistywahl @natestemen @vprusso
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- Automatically running QED-C benchmarks on Metriq ([blog
- Automatically running QED-C benchmarks on Metriq ([blog
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UF Research
- “Automated quantum error mitigation based on probabilistic error
reduction”, was published in the proceedings of IEEE International Workshop on Quantum Computing Software (link)
- “Automated quantum error mitigation based on probabilistic error
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New Grants
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To [**[Alejandro
Montanez-Barrera]{.ul}**](https://www.linkedin.com/in/alejandromontanez/) to simplify benchmarking of optimization problems in OpenQAOA. [arXiv]
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To Shinichi Sunami and Masato Fukushima to develop
Graphix, an open-source library to optimize and simulate measurement-based quantum computing.
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To [**[Harshit
Gupta]{.ul}**](https://www.linkedin.com/in/thegupta2012/) to further develop a timeline debugger for the Qiskit transpiler.
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News from UF Projects
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HierarQcal, A quick and easy way to build or generate Quantum
Convolutional Neural Networks, was featured on the UF blog in guest post (link)
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Lattice Surgery Compiler
- New paper and code for the [Lattice Surgery
Compiler](https://latticesurgery.com/): “A High Performance Compiler for Very Large Scale Surface Code Computations” https://arxiv.org/abs/2302.02459
- New paper and code for the [Lattice Surgery
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PyMatching
- Paper on sparse blossom (pymatching v2)
https://arxiv.org/abs/2303.15933. The paper is on version 2 (released last quarter) of PyMatching, which is 100x-1000x faster than earlier versions. The headline figure is that it can decode both X and Z bases of surface code circuits in under 1 microsecond per round on a single core up to distance 17 at 0.1% circuit noise, which matches the throughput of superconducting quantum computers. Pymatching version 2.1.0 was released in January 2023 with some more minor feature additions.
- Paper on sparse blossom (pymatching v2)
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Quarc
- QUARC: A Hybrid System for Bounded Model Checking, was featured
in a guest post on the UF blog (link)
- QUARC: A Hybrid System for Bounded Model Checking, was featured
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QWorld
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The second edition of fully-virtual graduate-level QCourse511-2
“Quantum Computing & Programming” was successfully completed in January 2023. 103 students from 36 countries passed the course. As a part of it, with the support of Unitary Fund, QWorld offered five self-study modules covering 30% of the course: Quantum Error Correction, Quantum Annealing, Topological Quantum Computing, Quantum Key Distribution, & Oracular Quantum Algorithms. Each student is asked to complete one self-study module. 83 students completed at least one self-study module successfully.
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QGhana joined the QWorld family as the 25th QCousin:
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Coming up this Quarter