INVARIANTES DINÂMICOS APLICADOS EM COMPUTAÇÃO QUÂNTICA E INFORMAÇÃO QUÂNTICA PARA RESSONÂNCIA MAGNÉTICA NUCLEAR

Abstract

This work aims to compare the eficiency between two alternative ways of performing quantum computing protocols. The one is called adiabatic quantum computation, which is to realize through the concepts of the adiabatic theorem. The second is called nonadiabatic quantum computation, which is performed through ideas of dynamic invariants. These protocols will be presented in a theoretical context of Nuclear Magnetic Resonance, without the experimental realization.