Speaker
Dr
Eugene Dumitrescu
(ORNL)
Description
In this talk, we report on the first nuclear physics computations performed on quantum computers. Addressing superconducting qubits provided by IBM and Rigetti via cloud servers, we calculate the binding energy of the deuteron to within a few percents. This is achieved by implementing the hybrid classical-quantum variational eigensolver algorithm with a low-depth version of the unitary coupled-cluster ansatz. I will discuss our results, experience, and future directions within the context of the near term noisy quantum computing paradigm.
| [email protected] | |
| Funding source | DOE ASCR QCAT, DOE ASCR Testbed Pathfinder, ORNL LDRD |
Primary author
Dr
Eugene Dumitrescu
(ORNL)
Co-authors
Dr
Alex McCaskey
(ORNL)
Dr
David Dean
(ORNL)
Dr
Gaute Hagen
(ORNL)
Dr
Gustav Jansen
(ORNL)
Dr
Pavel Lougovski
(ORNL)
Dr
Raphael Pooser
(ORNL)
Dr
Thomas Papenbrock
(UTK, ORNL)
Dr
Titus Morris
(ORNL)
