Title: Materials, Energy and Life: Entertaining Aspects of High Magnetic Field Research Greg Boebinger, Professor of Physics, Florida State University and University of Florida; Director, National High Magnetic Field Laboratory When: 27 march 2017, 15h00 Where: Sala de conferencias, módulo…
“An atom, a Cooper pair, a Qubit” Cristian Urbina 11 November at 12h 30 Sala de conferencias, módulo 0 Facultad de Ciencias – UAM A supercurrent can flow through a weak link—such as a thin insulating barrier, nanowire or molecule—between two superconductors. This…
“Superconductivity, The Iron Age” Peter Hirschfeld 22 November at 12h 30 Sala de conferencias, módulo 0 Facultad de Ciencias – UAM Abstract: The new iron-based superconductors have occasioned great excitement because transition temperatures are high, and it is hoped that the existence…
“A bit of Quantum in Photosynthesis? Tracking Light-Harvesting on the nm & fs Scale” Niek F. van Hulst 3 October at 12h 30 Sala de conferencias, módulo 0 Facultad de Ciencias – UAM Nature has developed photosynthesis to power life. Quantum…
“Topological Insulators – a New State of Matter” Laurens W. Molenkamp Tuesday, 3 May, 12h30 Sala de conferencias módulo 00, Facultad de Ciencias. Laurens W. Molenkamp, Physikalisches Institut (EP3), Würzburg University. High resolution poster here. Abstract: Topological insulators are a…
“Majorana braiding in superconductors: How to operate on a Zen Particle” Carlo Beenakker; Leiden University; Lorentz Institute for theoretical physics 05 November Sala de conferencias, módulo 0 Facultad de Ciencias, UAM. Among the many exotic properties of topological superconductors, the prediction that…
Title: Electronic liquid crystals When: Tuesday 04 November, 12h30 Where: Sala de conferencias módulo 00, Facultad de Ciencias. Speaker: A. P. Mackenzie, Max Planck Institute for Chemical Physics of Solids Abstract: A major development in condensed matter physics over the…
Talk of Douglas Osheroff at Fundación BBVA: Resumen: Recently, a new class of topological states has been theoretically predicted and experimentally observed. The topological insulators have an insulating gap in the bulk, but have topologically protected edge or surface states…
