Yiming Zhang Department of Physics, Harvard University

06.06.2015 • Views

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Yiming Zhang Department of Physics, Harvard University

Yiming Zhang Department of Physics, Harvard University

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Non‐linear Regime<br />

The 2 μmm 2 device: diamond pattern

Xiao-Gang Wen - Institute of Condensed Matter Theory at the U of I

Paul Fendley

Raffi Budakian Joonho Jang Investigating Magnetic Order in ...

Majorana Fermions in Topological Insulators - Institute of ...

New Horizons in Black Hole Physics and Holography - Institute of ...

Gil Young Cho - Institute of Condensed Matter Theory at the U of I

Quantum Hall Effect in Graphene p-n Junctions

Fractional Chern Insulators - Institute of Condensed Matter Theory at ...

Seismic Noise Correlations

Majorana modes and Weyl semimetals - Institute of Condensed ...

Electronic Liquid Crystal Phases in Strongly Correlated Systems ...

Stick-slip failure in sheared granular materials

Chetan Nayak - Institute of Condensed Matter Theory at the U of I

Non‐linear Regime The damping factor α: Model?

Non‐linear Regime The 2 μmm 2 device: diamond pattern

Page 1 and 2: Yiming Zhang Department of Physics,
Page 3 and 4: Motivation • Fabry‐Perot interf
Page 5 and 6: Motivation • For detecting non‐
Page 7 and 8: Data ‐ 2 μmm 2 device
Page 9 and 10: Data ‐ 2 μmm 2 device
Page 11 and 12: Data ‐ 2 μmm 2 device
Page 13 and 14: Previous Experiments Device diamete
Page 15 and 16: Model - Coulomb blockade • Chargi
Page 17 and 18: Data ‐ 18 μmm 2 device
Page 19 and 20: Comparison Between CB and AB Coulom
Page 21 and 22: Comparison Between CB and AB There
Page 23 and 24: Previous Experiment in FQHE
Page 25 and 26: Previous Experiment in FQHE At leas
Page 27 and 28: Non‐linear Regime
Page 29 and 30: Non‐linear Regime Add damping at
Page 31: Non‐linear Regime The simple mode