Speaker
Prof.
José Emílio Ribeiro
Description
Given any effective Hamiltonian possessing the mechanism of spontaneous chiral symmetry it can be mapped to an equivalent problem of several interacting spins, by means of a Bravyi-Kitaev transformation. Jordan-Wigner transformations are also discussed.
The resulting Hamiltonian is on a suitable form to be implemented on a digital quantum computer, where spins are mapped into qubits. We propose a systematic method to determine the mass spectrum of quark-antiquark bound states, and compute it to its simplest form . Some exploratory runs have been made using the IBM quantum computer.
