Speaker
Samuel Aychet-Claisse
(CEA Saclay)
Description
Quantum computing offers a promising approach to reduce the computational cost of quantum many-body problems. In this context, it is important to test quantum algorithms on simple, yet nontrivial models, with the goal of assessing their efficiency and benchmarking them. Focusing on the pairing Hamiltonian, a model for the strong many-body correlations arising in nuclear systems, this work [1] addresses the computation of odd systems and Green’s functions. Hybrid quantum-classical computations are compared to exact results and standard BCS techniques.
[1] S. Aychet Claisse, D. Lacroix, V. Somà and J. Zhang, in preparation.
Author
Samuel Aychet-Claisse
(CEA Saclay)
Co-authors
Denis Lacroix
Jing Zhang
(IJCLab, PhyNet)
Dr
Vittorio Somà
(CEA Saclay)
