Abstract:All interactions of materials with their respective environments are controlled by the topography and chemical composition of their surfaces. Examples are the adhesion between two objects,… read more about DMI/MEMS Seminar Presented by Prof. Jürgen Rühe »
Abstract:Spatially resolving stimuli can allow us to better understand physicochemical processes in complex environments [1,2]. Towards this goal, we develop ways of integrating Förster resonance… read more about DMI/MEMS Seminar Presented by Prof Quinn Besford »
Abstract: Architected materials typically derive their mechanical properties from continuous, rigidly connected networks of struts, plates, or shells. In this talk, I will introduce an alternative… read more about DMI/MEMS Signature Lecture Presented by Prof. Chiara Daraio »
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Nature violates parity symmetry. Discovered almost 70 years ago, this phenomenon implies that the universe is "left-handed." Although we have a very successful theory, the Standard Model of Particle… read more about Physics Colloquium - High Energy Physics at Low Energies: The MOLLER Experiment at Jefferson Lab »
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Strongly correlated oxide materials exhibit a wide range of emergent quantum phenomena arising from the interplay of charge, spin, orbital, and lattice degrees of freedom. In this talk, I will… read more about Condensed Matter Seminar - Emergent Quantum Phenomena in Layered Ruthenates: Insights from ARPES, Thin-Film Epitaxy, and Quantum Transport »
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