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Our research focuses on the creation, design, and combined spectroscopic and atomic-scale visualization of exotic states in low-dimensional quantum materials. Our fundamental goal is to push our understanding of the origins of emergent behavior in quantum materials by custom designing novel quantum states using a host of innovative in situ design techniques, including nanoscale patterning and physical strain. Our approach to probe the novel physics in these resultant systems combines real- and momentum-space spectroscopic tools, including atomically-resolved scanned probe microscopy (SPM) and angle-resolved photoemission spectroscopy (ARPES). Our group is additionally involved in the custom development of novel low-temperature, high-magnetic field scanning probe systems.
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论文共 39 篇作者统计合作学者相似作者
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A C Qu, P Nigge,S Link,G Levy,M Michiardi, P L Spandar, T Matthé,M Schneider,S Zhdanovich,U Starke,C Gutiérrez,A Damascelli
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Nigge P., Qu A. C., Lantagne-Hurtubise É.,Mårsell E., Link S.,Tom G., Zonno M.,Michiardi M.,Schneider M.,Zhdanovich S.,Levy G.,Starke U.,
arxiv(2019)
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Étienne Lantagne-Hurtubise, Pascal Nigge,Amy Qu,Erik Mårsell,Stefan Link,Gary Tom,Christopher Gutierrez,Ulrich Starke,Douglas Bonn,Sarah Burke,Andrea Damascelli,Marcel Franz
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