Domaines
Quantum information theory and quantum technologies
Non-equilibrium Statistical Physics
Type of internship
Théorique, numérique Corporate activity
Description
Quantum adiabatic algorithms allow to prepare interesting quantum states, with a potential for quantum materials, chemistry, or even combinatorial optimization problems. In their basic formulation however, they require very long quantum computation time, and therefore qubits of unreachable quality as of now. Solutions exists to accelerate them, using e.g. counterdiabatic terms, fastforward or dynamical invariant methods.
The goal of the internship is to study these acceleration techniques and to produce a code, potentially as a part of Qaptiva, for the layman to accelerate their own adiabatic algorithm given their constraints.
Contact
Thomas Ayral