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Cottrell Scholar

Department of Energy Early Career Award

American Physical Society

Tunneling spectroscopy of two-dimensional materials based on via contacts

Quantum Spin Hall Edge States and Interlayer Coupling in Twisted Bilayer WTe2

Charged bosons made of fermions in bilayer structures with strong metallic screening

Direct measurement of ferroelectric polarization in a tunable semimetal

Electrical probes of the non-Abelian spin liquid in Kitaev materials

Benjamin Hunt's research centers around condensed-matter physics, particularly in the way electrons behave when subjected to extreme conditions such as ultra-low temperatures and high magnetic fields. He is currently investigating the physics of low-dimensional structures, especially "van der Waals heterostructures" of two-dimensional crystals (the most familiar of which is graphene), which are built in the lab and then fashioned into mesoscopic devices using nanofabrication techniques, as well as a variety of methods for probing these mesoscopic devices, such as electronic transport, capacitance, tunneling spectroscopy and shot noise.

Physics

Sustainability

Nanofabrication

Carnegie Mellon University Profile 

Carnegie Mellon 2D Center Profile 

Google Scholar Citations

ResearchGate Citations

Hunt Lab

“Novel Superconductors in Two-Dimensional Materials and Heterostructures”

“Comprehensive Undergraduate Nanoscience Lab”

"Novel Superconductors in Two-Dimensional Materials"

“Proximity Induced Superconducting Gap in the Quantum Spin Hall Edge State of Monolayer WTe2"

“Ising Superconductivity and Proximity Induced Pairing in Monolayer Transition-Metal Dichalcogenides”

Associate Professor, Physics, Mellon College of Science

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