Yuxin Wang, a Hartree Postdoctoral Fellow in QuICS, is studying quantum noise with the goal of bridging abstract and idealized theoretical ideas to make quantum machines both powerful and useful.
Yuxin Wang, a Hartree Postdoctoral Fellow in QuICS, is studying quantum noise with the goal of bridging abstract and idealized theoretical ideas to make quantum machines both powerful and useful.
Researchers associated with QuICS believe their recently published work could lead to more efficient benchmarking for quantum devices, as well as more efficient ways of representing quantum states on classical hardware.
Five papers by current QuICS members were accepted for talks and one will be featured in an invited plenary talk—a mark that continues a strong history of QuICS representation at the premier conference dedicated to quantum computer science.
QuICS Fellow Michael Gullans and Hartree Postdoctoral Fellow Dominik Hangleiter were part of a team that created a prototype quantum computer with a record number of qubits.
Yuxin Wang, a Hartree Postdoctoral Fellow in QuICS, is studying quantum noise with the goal of bridging abstract and idealized theoretical ideas to make quantum machines both powerful and useful.
Researchers associated with QuICS believe their recently published work could lead to more efficient benchmarking for quantum devices, as well as more efficient ways of representing quantum states on classical hardware.
Five papers by current QuICS members were accepted for talks and one will be featured in an invited plenary talk—a mark that continues a strong history of QuICS representation at the premier conference dedicated to quantum computer science.
QuICS Fellow Michael Gullans and Hartree Postdoctoral Fellow Dominik Hangleiter were part of a team that created a prototype quantum computer with a record number of qubits.