Acceder al contenido principalAcceder al menú principal'>Formulario de contacto'>La UAM

Facultad de CienciasFacultad de Ciencias

Imprimir >< Atrás

Departamento de Física de la Materia Condensada

Hybrid Josephson junctions opportunity for quantum hardware and advances in quantum science

Seminario Ifimac Hybrid Josephson-img
Francesco Tafuri Università di Napoli Federico II, Napoli, Italy
Institución de origen
Facultad de Ciencias, Módulo 003 Sala de seminarios 5º planta

Superconducting systems are a natural and versatile platform for a variety of applications including quantum technologies and are of undoubtful inspiration also for the development of novel notions in solid state physics. Josephson junctions (JJs) are key structures, because of their unique properties, of their potential to manipulate the macroscopic wave function of a condensate and of their extreme flexibility as circuit elements. Progress in material science and nanofabrication gives opportunities to create unique hybrid JJs which can be smartly integrated in complex architectures, paving the way to novel effects and novel avenues for quantum control and detection. We will review some aspects of the frontiers of the Josephson effect discussing examples of unique solutions to cutting edge problems in condensed matter physics as well as to very advanced applications. We will report on special properties of hybrid JJs, on how to engineer the macroscopic phase in quantum circuits, which make possible alternative layouts for the superconducting modules inside a more general architecture also through a comparative study of fluctuations and of electro-dynamical properties. A special focus will be on junctions employing ferromagnetic barriers. The diversity in Josephson junctions opens ‘horizons’ and much is happening.

Universidad Autónoma de Madrid © 2008 · Ciudad Universitaria de Cantoblanco · 28049 Madrid · Información y Conserjería: 91 497 43 31 E-mail:
Gestión de estudiantes de Grado y Posgrado: 91 497 8264 / 4329 / 4353 / 4349 / 6879 / 8362 E-mail: