HPCwire (Twitter)
@QueraComputing, one of the growing #quantum companies betting on neutral atom technology, advocates that unbiased atom approaches feature significant advantages over other approaches, such as semiconductor-based #superconducting systems.
http://ow.ly/vqUX50LOU1j
@QueraComputing, one of the growing #quantum companies betting on neutral atom technology, advocates that unbiased atom approaches feature significant advantages over other approaches, such as semiconductor-based #superconducting systems.
http://ow.ly/vqUX50LOU1j
HPCwire (Twitter)
There are a lot of #qubit types under development, and the #fluxonium qubit developed by @IBM, @Google, @rigetti, and others is one of the most promising #superconducting qubits. Learn more about it here: http://ow.ly/cyy550NI6EN
There are a lot of #qubit types under development, and the #fluxonium qubit developed by @IBM, @Google, @rigetti, and others is one of the most promising #superconducting qubits. Learn more about it here: http://ow.ly/cyy550NI6EN
HPCwire (Twitter)
A team at the Advanced #Quantum Testbed (#AQT) at @BerkeleyLab and @UofCalifornia, Berkeley’s Quantum #Nanoelectronics Laboratory (#QNL), achieved a technical breakthrough using qutrits — three-level systems — on a #superconducting quantum #processor. https://t.co/8kvj8J6agT https://t.co/w2N9i0Fkm4
A team at the Advanced #Quantum Testbed (#AQT) at @BerkeleyLab and @UofCalifornia, Berkeley’s Quantum #Nanoelectronics Laboratory (#QNL), achieved a technical breakthrough using qutrits — three-level systems — on a #superconducting quantum #processor. https://t.co/8kvj8J6agT https://t.co/w2N9i0Fkm4
HPCwire
Quantum Summer Reading: Success Generating Two-Qutrit Entangling Gates With High Fidelity
An interdisciplinary team at the Advanced Quantum Testbed (AQT) at Lawrence Berkeley National Laboratory (Berkeley Lab) and the University of California, Berkeley’s Quantum Nanoelectronics Laboratory (QNL) achieved a technical breakthrough […]
HPCwire (Twitter)
While the #qubit zoo keeps growing — #superconducting, trapped ions, neutral atoms, #photonics, spin qubits, and more — its members still share (at least so far) untenable error rates. https://ow.ly/OHtR50PtGHx
While the #qubit zoo keeps growing — #superconducting, trapped ions, neutral atoms, #photonics, spin qubits, and more — its members still share (at least so far) untenable error rates. https://ow.ly/OHtR50PtGHx
HPCwire (Twitter)
In case you missed it, John Preskill, a leading physicist and #quantumcomputing pioneer, was recently interviewed by CERN. He discusses a range of topics, from his early work to the #Superconducting Super Collider project.
ow.ly/WmSg50SFrsY #quantumn
In case you missed it, John Preskill, a leading physicist and #quantumcomputing pioneer, was recently interviewed by CERN. He discusses a range of topics, from his early work to the #Superconducting Super Collider project.
ow.ly/WmSg50SFrsY #quantumn
X (formerly Twitter)
#quantumcomputing - Search / X
See posts about #quantumcomputing on X. See what people are saying and join the conversation.
HPCwire (Twitter)
A team of researchers at the University of Science and Technology of China has reported their 105-#qubit #superconducting quantum processor — Zuchongzhi 3.0 — has posted the fastest benchmark so far in the race for #quantum advantage. ow.ly/P8RU50Vl4gh
A team of researchers at the University of Science and Technology of China has reported their 105-#qubit #superconducting quantum processor — Zuchongzhi 3.0 — has posted the fastest benchmark so far in the race for #quantum advantage. ow.ly/P8RU50Vl4gh