News

A productive 2020!

Combined, the Jena-Xing group published over 35+ peer-reviewed articles this year!

Congrats to Prof. Xing!

Prof. Xing is elected as a Fellow of the American Physical Society. https://news.cornell.edu/stories/2019/09/three-faculty-elected-fellows-american-physical-society    

April 2019 – Congrats to Wenshen!

Wenshen writes a feature article on Ga2O3 for Compound Semiconductor. https://compoundsemiconductor.net/article/106964/Unleashing_the_promise_of_gallium_oxide/feature          

Cornell, Air Force to study “disruptive material” in new center

A new center established by Cornell and the Air Force Research Laboratory (AFRL) aims to discover the atomic secrets of beta-gallium oxide, a promising new material that has piqued the interest of engineers for its potential to allow electronic devices to handle...

Editor’s suggestion: Jimy’s work on GaN RTDs

Jimy reports on how polarization field inherent in III-nitride semiconductors breaks symmetry in characteristics of GaN RTDs! https://journals.aps.org/prapplied/abstract/10.1103/PhysRevApplied.11.034032

IEDM 2018 Conference Papers!

At IEDM 2018, Wenshen presented his record-performing Ga2O3 trench JBSDs, and our collaborators at Padova presented detailed avalanche behavior of GaN p-n diodes that are doped by polarization-induced bulk doping for the first time, designed and fabricated by Kazuki...

Congrats to Okan (Rana group)!

Okan’s recent work (Rana group) is featured by Scilight: how defects in Ga2O3 potential impact breakdown of the material. Role of defect states in high bandgap gallium oxide identified using two-color spectroscopy    

Sam reports record performance hole-conducting FETs in GaN!

There are very few wide bandgap semiconductors (>3 eV) to show hole conduction with decent mobilities. Polarization-doped holes at the GaN/AlN interface makes it possible to work around the deep acceptors in a field effect transistor. Check out Sam’s hard work!...