Jerry Chow

IBM Fellow and CTO of Quantum-centric Supercomputing @IBMResearch. Views are my own.

[Jerry Chow @jmchow]

@GillVerd This is not circuit qed yet. That day may yet still come but this was macroscopic quantum tunneling and quantum states in biased JJs .

[Jerry Chow @jmchow]

@preskill @QuantumIQC What a loss to our community. He was such a great scientist and even better person

[Jay Gambetta @jaygambetta]

To achieve a quantum industry we must collaborate with partners to continue growing the quantum ecosystem and supply chain. Many talk about creating a quantum supply chain - we are actually partnering to do it.

https://t.co/o9VuXzsRDe

[Jerry Chow @jmchow]

@FaraiMazhandu @jaygambetta For passing the bar of a qubit this is not lacking. Please see the divincenzo criteria. How many are checked off in this case?

[Jay Gambetta @jaygambetta]

I’m pleased to share a new article that we published in IEEE Spectrum magazine to define IBM's vision for the future of quantum. We call it quantum-centric supercomputing. https://t.co/oWRxoxCZqw

[Michael J. Biercuk @MJBiercuk]

Thanks to @jaygambetta @jmchow @blake_johnson @IBM for support in validating how software can augment hardware, and for creating a very nice platform for @qctrlHQ to build upon.

These are exciting results and we look forward to achieving more on future generation systems!

[Javier Robledo Moreno @JRobledoMoreno]

1/ Thrilled to share our new results : we perform chemistry calculations on problem sizes beyond exact diagonalizations using our Heron processor assisted by the Fugaku supercomputer. https://t.co/YHxwAV5mEo

[Jay Gambetta @jaygambetta]

I am excited to announce that we’ve come to an agreement with RIKEN to deploy an IBM Quantum System Two, powered by our latest Heron processor, at the RIKEN Center for Computational Science in Kobe, Japan.
https://t.co/uCrFnYZfUg

[Jay Gambetta @jaygambetta]

I’m thrilled to share that a new paper has been published as the cover story of Nature, with the results of the paper charting the path towards quantum error correction.

IBM Quantum Blog: https://t.co/fWxT7yt3Sc
Nature article: https://t.co/a21lxRB9BB

[David McKay @qubitsRcool]

Really nice rebuttal of algorithmic qubits by @cbaldwin4 https://t.co/OKOlIYntdS

[Sophia Economou @see_quantum]

Don’t forget to renew your DQI membership when you renew your APS membership so this trend can continue:

[Sophia Economou @see_quantum]

DQI members (and those who want to be): come to the DQI Business meeting session L07 tomorrow Tuesday at 6.15 pm. You can enjoy food/drinks (including alcohol) while hanging out with other qis researchers!

[Sophia Economou @see_quantum]

Come for this DQI-sponsored session and stay for the business meeting. Food and drinks will be provided!

[Sophia Economou @see_quantum]

Fantastic talk on Rydberg atom QC by Mark Saffman closing the QC platforms tutorial! Thanks to Ed Barnes for organizing and to all speakers for the great talks. What an awesome start to DQI sessions in this March meeting!

[David McKay @qubitsRcool]

@IonQ_Inc It's disingenuous to imply that one could successfully execute a monte carlo circuit with 35 qubits and 1000 gates when in reality the circuit that was used in the protocol was 7 qubits and 26 gates. It's very misleading to report gate count BEFORE heavy compiler optimization.

[Jay Gambetta @jaygambetta]

Today we put a new paper on the arXiv (https://t.co/UGdytv0PdY) “Benchmarking Quantum Processor Performance at Scale” which introduces a new tool for benchmarking quantum processors, “the layer fidelity” that enables us to track continual improvements at 100+ qubits. 1/n

[Jay Gambetta @jaygambetta]

Now that we’ve entered the era of utility, we need to run utility-scale experiments to accelerate science with quantum computers. In order for quantum computers to explore domains beyond the reach of classical simulation, we must run large quantum circuits: 3K gates, 100 qubits

[Jerry Chow @jmchow]

Excited to be at the @wkforum in Seoul this week representing #ibmquantum as part of a number of panel discussions on Quantum Computing within the theme of “Techno Big Bang: Humanity on the Shoulders of Giants.” The one and only @stevewoz kicking the event off!

[IBM Research @IBMResearch]

IBM has been named a winner of @FastCompany’s 2023 Innovation by Design Awards for our ongoing work developing the IBM Quantum System Two, a device that is bringing the power of modular design to the world of quantum computing. Read more: https://t.co/tcurEiWpNI

[Jay Gambetta @jaygambetta]

Happy to see IBM Quantum System Two be the the winner of the Fast Company 2023 Innovation By Design Awards for the Large Business category. https://t.co/8V5H3wy25b