davidbryant (@davidbryant) 's Twitter Profile
davidbryant

@davidbryant

My interests are many.

ID: 13100832

calendar_today05-02-2008 17:13:23

112 Tweet

1,1K Followers

937 Following

IBM Research (@ibmresearch) 's Twitter Profile Photo

It's a big week in #quantum computing with more news coming out of IBM Quantum Summit... stay tuned. 👀 ibm.co/3Hl0uL0

Jay Gambetta (@jaygambetta) 's Twitter Profile Photo

Looking forward to our team showing the news tomorrow on our hardware, software and ecosystem development at the IBM Quantum Summit

Jay Gambetta (@jaygambetta) 's Twitter Profile Photo

Today we released the updated qiskit runtime with improved primitives as well as introducing our pay-as-you-go plan. Read more about the primitives research.ibm.com/blog/qiskit-ru… and the pay-as-you-go plan ibm.com/cloud/blog/how…

Today we released the updated qiskit runtime with improved primitives as well as introducing our pay-as-you-go plan. Read more about the primitives 
research.ibm.com/blog/qiskit-ru…
and the pay-as-you-go plan ibm.com/cloud/blog/how…
IBM Research (@ibmresearch) 's Twitter Profile Photo

IBM Quantum is building the future of computing: our extended quantum roadmap shows how we intend to achieve the scale, quality, and speed of computing necessary to unlock the promise of quantum technology. ibm.co/3srWLWi

davidbryant (@davidbryant) 's Twitter Profile Photo

Lot to say in 15 minutes! @JayGambetta on 4K+ qubits by 2025, and #IBMQuantum offering value before fault tolerance. #EconQuantum

Lot to say in 15 minutes! @JayGambetta on 4K+ qubits by 2025, and #IBMQuantum offering value before fault tolerance. #EconQuantum
davidbryant (@davidbryant) 's Twitter Profile Photo

Big day today. Here is my friend Katie showing off our advanced IBM Quantum hardware to President Biden. American industry is returning. #QuantumComputing

IBM Research (@ibmresearch) 's Twitter Profile Photo

Published today in nature with our co-authors at UC Berkeley, we have demonstrated for the first time that quantum computers with 100+ qubits can produce accurate results - and reach beyond leading classical approaches. ibm.co/3JfBZ4m

Published today in <a href="/Nature/">nature</a> with our co-authors at <a href="/UCBerkeley/">UC Berkeley</a>, we have demonstrated for the first time that quantum computers with 100+ qubits can produce accurate results - and reach beyond leading classical approaches. ibm.co/3JfBZ4m
Berkeley Lab Computing Sciences Area (@lbnlcs) 's Twitter Profile Photo

.IBM Research showed for the 1st time that #quantum systems could produce accurate results at a scale of 100+ qubits, beyond leading classical approaches To verify the resuts, a UC Berkeley team also ran simulations on #HPCs U.S. Department of Energy's NERSC bit.ly/IBM100qubit |Berkeley Lab

.<a href="/IBMResearch/">IBM Research</a> showed for the 1st time that #quantum systems could produce accurate results at a scale of 100+ qubits, beyond leading classical approaches

To verify the resuts, a <a href="/UCBerkeley/">UC Berkeley</a> team also ran simulations on #HPCs <a href="/ENERGY/">U.S. Department of Energy</a>'s <a href="/NERSC/">NERSC</a> bit.ly/IBM100qubit |<a href="/BerkeleyLab/">Berkeley Lab</a>
Jay Gambetta (@jaygambetta) 's Twitter Profile Photo

Design and communication play an essential role in the work we do, and I’m proud to see that in just the past year our efforts have been recognized by top industry awards organizations like Red Dot, D&AD, Fast Company. Huge thanks to everyone who contributed to this work.

Jay Gambetta (@jaygambetta) 's Twitter Profile Photo

1/ From surface codes to BB codes — here’s how we’re rethinking the roadmap to fault-tolerant quantum computing (FTQC). 🧵

1/
From surface codes to BB codes — here’s how we’re rethinking the roadmap to fault-tolerant quantum computing (FTQC). 🧵