Conveners
Architecture III
- Joshua Isaacs (UC-Berkeley)
Dr
Takeshi Fukuhara
(RIKEN CEMS)
28/01/2019, 17:15
Qubit architectures
Ultracold atoms, which are gaseous atoms cooled to the quantum regime by laser cooling and evaporative cooling, provide ideal platforms to study many-body quantum systems. Especially, such atoms loaded into in periodic potential (optical lattice) created by laser beams can be used to “simulate” fundamental condensed-matter models, such as the Hubbard model or the Heisenberg spin model. In this...
Dr
Michihisa Yamamoto
(RIKEN Center for Emergent Matter Science)
28/01/2019, 17:45
Qubit architectures
Varieties of solid-state quantum bits have been investigated, among which the most prominent are superconducting quantum circuits and semiconductor quantum dots. All of them are defined as “localized” quantum two-level systems. Benefits of using such localized systems are isolation of qubits from their environment and potential ability to control individual qubits and inter-qubit coupling with...