Quantum Computing with a Topological Phase of Matter (March 31, 2020)
Speaker(s): Christina Knapp A central tenet of condensed matter physics is that the collective behavior of a system can be […]
Speaker(s): Christina Knapp A central tenet of condensed matter physics is that the collective behavior of a system can be […]
Speaker(s): Jocelyn Read Astronomical observations of neutron stars inform our understanding of matter at the highest densities. Already, we have […]
Speaker(s): Vivien Zapf (’97) TBA
Speaker(s): Sarah Marzen Organisms have to predict the future to best choose actions. How do they do it, especially given […]
Speaker(s): Vedika Khemani Statistical mechanics is one of the foundational pillars of modern physics. At its core is the idea […]
Speaker(s): Alex Frañó We are in exciting times for synchrotron science and condensed matter physics. Modern x-ray experiments offer a […]
Speaker(s): Jun Allard Many proteins fold into a specific shape, or structure, and the details of the shape allow the […]
Speaker(s): Yangyang Cheng The Large Hadron Collider (LHC), located at the Swiss-French border, is the largest and most complex machinery […]
Speaker(s): Aaron Streets Quantitative cellular imaging with coherent Raman microscopy reveals morphological characteristics and chemical composition at the single-cell level. […]
Speaker(s): Seyda Ipek Everything around us, cookies, rocks, stars, galaxies, etc. is made up of “matter” and not “antimatter”. We […]