Physics Seminar: Remote entanglement of transmon qubits
N-823Place: Namm 823 October 9, 2014, 11:45a.m. Presented by Dr. Michael Hatridge Click to view poster.
Place: Namm 823 October 9, 2014, 11:45a.m. Presented by Dr. Michael Hatridge Click to view poster.
Place: Namm 823 October 31, at 1:45 pm Presented by Mboyo Esole Faculty and students are welcome. Click to view poster.
Place: Namm 823 November 06 at 12:00 pm Presented by Professor Viraht Sahni Faculty and students are welcome. Click to view poster.
Place: Namm 823 November 13 at 12:00 pm Presented by Dr. Liang Jiang Faculty and students are welcome. Click to view poster.
Place: Namm 419B December 11, at 1:00 pm Presented by Oleg Berman and Michael Rauch Faculty and students are welcome. Click to view poster.
Place: Namm 823 February 19, at 12:00 pm Presented by Dr. Alexander B. Khanikaev Faculty and students are welcome. Abstract: The past three decades have witnessed the discovery of the Quantum Hall Effect (QHE), Quantum Spin Hall Effect (QSHE) and Topological Insulators (TIs) which transformed our views on the quantum states of matter. These exotic
Place: Namm 823 March 12, at 1:00 pm Presented by Dr. Pouyan Ghaemi Faculty and students are welcome. Abstract: Many of the topological insulators, in their naturally available form are not insulating in the bulk. It has been shown that some of these metallic compounds, become superconductor at low enough temperature and the nature of
Place: Namm 823 Thursday, March 26 at 12:00 PM Presented by Dr. Alexey Chernikov Faculty and students are welcome, light refreshments will be served. Abstract: Since the discovery of graphene, a single sheet of carbon atoms, research focused on two-dimensional (2D) materials evolved rapidly due the availability of atomically thin, thermally stable, high-quality crystals with
Place: Namm 823 Thursday, April 2 at 12:00 PM Presented by Dr. Neepa T. Maitra Faculty and students are welcome, light refreshments will be served. Abstract: The study of electron dynamics far from the ground-state is of increasing interest today in many applications: attosecond control and manipulation of electron and consequent ion dynamics, photovoltaic design,
Place: Namm 823 April 08 at 11:00 am Presented by Prof. Klaus Ziegler Faculty and students are welcome. Abstract: Quantum transport is studied for two-dimensional Dirac particles, three-dimensional Weyl particles and a tight-binding system with a degenerate bandstructure in the presence of strong random scattering. In contrast to more conventional systems, there is no complete