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Condensed Matter Physics - Experimental

Condensed Matter Physics - Experimental

Condensed matter physics is the study of the macroscopic properties of materials. It seeks to use the well-established laws of microscopic physics to predict the collective properties of very large numbers of electrons, atoms or molecules. 

Experimental research in condensed matter physics is carried out in an interdepartmental group of the Departments of Physics and Applied Physics, including several labs in the Yale West Campus Energy Sciences Institute. Interests range from the study of electronic properties of semiconductor microstructures to those of the high temperature superconductors, the physics of novel quantum materials, as well as from quantum optics and optomechanics to quantum information processing. 

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Sample used to measure flux-induced persistent currents in mesoscopic normal metal rings

Sample used to measure flux-induced persistent currents in mesoscopic normal metal rings. Gold rings are placed on suspended cantilevers and their magnetic moment associated with the persistent currents is measured by torque magnetometry. Optical (top) and electron microscope (bottom) images of silicon cantilevers with arrays of gold rings on them. This technique enables us to measure persistent current with great precision (Jack Harris lab).

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