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Theses

The theses of the following former lab members are available online:

 

2006:

Ron Potok - Probing Many Body Effects in Semiconductor Nanostructures.pdf

 

2007:

Charis Quay Huei Li - Electronic Transport in One-Dimensional Mesoscopic Systems.pdf

 

2009:

Hung-Tao Chou - Electron transport in low dimensional gallium nitride-aluminum gallium nitride heterostructure.pdf

Kathryn Todd - Transport Through Graphene Nanoconstrictions.pdf

Lindsay Moore - Novel devices for measuring interactions in quantum point contacts.pdf

Mike Jura - Imaging electron flow, interference, and interactions in high-mobility two-dimensional electron gases.pdf

 

2010:

Nimrod Stander- Transport measurements on graphene p-n junctions.pdf

 

2011:

Arash Hazeghi - Carbon nanotube electronics.pdf
(Co-advised, Advisor: Philip Wong)

Ileana Rau - Quantum coherence and interactions in quantum dots.pdf

Joey Sulpizio - Quantum transport in one-dimensional nanostructures.pdf

Nahid Harjee - Coaxial-tip piezoresistive cantilever probes for high-resolution scanning gate microscopy.pdf
(Co-advised, Advisor: Beth Pruitt)

 

2012:

Alexander Neuhausen - Charge transport in molecular junctions with soft contacts.pdf

 

2013:

Andrei Garcia - Mapping local disorder in graphene nanostructures.pdf

Matt Pelliccione - Local Imaging of High Mobility Two-Dimensional Electron Systems With Virtual Scanning Tunneling Microscopy.pdf

 

2014:

François Amet - Novel phenomena driven by interactions and symmetry breaking in graphene.pdf

 

2015:

Andrew Keller - Emergent Symmetries In Quantum Impurity Experiments.pdf

Andrew Bestwick - Quantum Edge Transport In Topological Insulators.pdf

 

2016:

Menyoung Lee - Ballistic conduction in graphene heterostructures

Patrick Gallagher - Electrical, mechanical and optical characterization of two-dimensional materials with molecular overlayers
 

2017:

Trevor Petach - Hybrid ionic liquid - boron nitride gates for clean, high carrier density transistors

Sam Stanwyck - Electrolyte gating of nanoscale complex oxide devices