ABSTRACT ADIABATIC QUANTUM COMPUTATION: NOISE IN THE ADIABATIC THEOREM AND USING THE JORDAN-WIGNER
... ground-state energy gap can be found analytically. These Hamiltonian evolutions are more complex than (1.3) in that they allow terms with interactions between qubits with non-adjacent indices (“non-nearest-neighbor interactions”). We then identify ...
... ground-state energy gap can be found analytically. These Hamiltonian evolutions are more complex than (1.3) in that they allow terms with interactions between qubits with non-adjacent indices (“non-nearest-neighbor interactions”). We then identify ...
Electron transport, interaction and spin in graphene and graphene nanoribbons Artsem Shylau
... nanotubes [3]. Its existence was doubt since the theory predicted that perfect 2D crystals are not thermodynamically stable [4]. The discovery of graphene triggered a great scientific interest in this field, as a result graphene is one of the most extensively studied object in a modern condensed matte ...
... nanotubes [3]. Its existence was doubt since the theory predicted that perfect 2D crystals are not thermodynamically stable [4]. The discovery of graphene triggered a great scientific interest in this field, as a result graphene is one of the most extensively studied object in a modern condensed matte ...
Third-order optical response of intermediate
... poses some important fundamental as well as practical problems connected with the synthesis of new materials with large susceptibilities. Excitons of different types have been studied, e.g., Wannier excitons in semiconductors,1 confined Wannier-type excitons in semiconductor quantum wells and quantu ...
... poses some important fundamental as well as practical problems connected with the synthesis of new materials with large susceptibilities. Excitons of different types have been studied, e.g., Wannier excitons in semiconductors,1 confined Wannier-type excitons in semiconductor quantum wells and quantu ...
