Roni Winik

Quantum engineer | MIT Alumni | Quantum computing enthusiast | Likes to discuss science in any shape or form | AI/ML | Financial engineering

[Jay Gambetta @jaygambetta]

I’m excited to announce that our first IBM Quantum Osprey processor, ibm_seattle (https://t.co/Vh02IOvHAV), is now live for access as an exploratory technical demonstration on our cloud services.

[Zlatko Minev @zlatko_minev]

Check out the 433 #qubit processors ‘Osprey’ in real life with @jaygambetta and @jmchow at the #IBM @IBM #Quantum Summit.

#QuantumComputing #NYC #tech #TechNews

[Bluefors @BlueFors_Ltd]

We are designing a large-scale cryogenic platform for the needs of quantum computing.

We have made it our mission to make sure we provide the right technologies to support the players in the quantum ecosystem. KIDE is one of our solutions for this.

Learn more from the video!

[Kevin Satzinger @KJSatz]

I’m excited to share our latest work on quantum error correction. We’ve experimentally demonstrated the suppression of quantum errors by scaling a surface code logical qubit from distance-3 (17 qubits) to distance-5 (49 qubits). You can read it here: https://t.co/GpQJiMFQgm

[Jay Gambetta @jaygambetta]

Today we released our updated IBM quantum development roadmap. To learn more, check out the video (https://t.co/HJvK07MWXQ) and the blog (https://t.co/w3ngKEdNts). 1/n

[Simon Gustavsson @simon_mit]

@VepsalainenA and @RoniWinik's paper on closed-loop feedback has appeared in Nature Communications!

Very excited about this work, where we use an FPGA to dramatically improve the stability and the coherence of superconducting qubits
https://t.co/ntzreHvkVF

[Quantum Machines @QuantumQM]

🔨 Break out your tools! Today we're diving into building a scalable #quantum computer 👷‍♀️👷
🗞️ In this recent @IEEEXplore publication, @ella_lior discusses #quantumcontrol hardware: why we need it and the challenges it poses: https://t.co/wLIbTkZfmq

[Roni Winik @RoniWinik]

@zlatko_minev Congratz on getting entangled!

[Jay Gambetta @jaygambetta]

Breaking through the millisecond barrier with our single junction transmon @IBMResearch

[Zlatko Minev @zlatko_minev]

[2103.10344] Circuit quantum electrodynamics (cQED) with modular quasi-lumped models https://t.co/nWr111Hf9h

Check out some of my latest work on #quantum devices
#APSmarch

[KeysightQuantum @KeysightQ]

Reducing gate error rates and fluctuations by fast feedback?🤩 Music🎶 to our ears Antti, @RoniWinik, @oliver_mit and the rest of the MIT EQuS team

#APSMarch

[Quantum Israel @QuantumIsrael]

Israel Allocates $60 Million to Build First Quantum Computer https://t.co/We7PHcIw38

[John Preskill @preskill]

"On March 5, China announced that it would increase its research and development investment by an average of more than 7% per year in its five-year plan starting in 2021, citing AI and semiconductors as well as quantum technology as important areas."
https://t.co/NRUemP0gqB

[Roni Winik @RoniWinik]

@zlatko_minev yay, indeed! Tried to avoid Twitter, now I'm hooked. 🙃