Awards

For pioneering studies of nanoelectronic devices based on advanced materials.

For recognizing the best paper appearing in a fast turnaround archival publication of the IEEE Electron Devices Society, targeted to the IEEE Journal of Electron Devices Society. For their paper: Ultrafast ID-VG Technique for Reliable Cryogenic...

This year Joint Quantum Institute (JQI), a research partnership between the National Institute of Standards and Technology (NIST) and the University of Maryland, researchers and their colleagues have won in the quantum category for a new method for...

Andrea is an exceptional scientist whose work has contributed to overcoming one of the main shortcomings of atomic force microscopy (AFM) – its inability to conclusively identify chemical species in the nanoscale resolution maps the AFM provides.

In recognition for seminal contributions to the advancement of vibrational spectroscopy and mentoring an entire generation of scientists to build a strong, diverse, and vibrant scientific community.

For contributions to spintronics devices and data storage.

For developing novel, best-in-class electronic biosensors being used to test and quantify therapeutics developed at NIH for Alzheimer's disease.

American Vacuum Society (AVS) Nanometer-Scale Science and Technology Division Early Career Award. Columbus, Ohio, October 2019.

Angela Hight Walker was selected to receive this award by the Board of Directors Awards Committee in recognition of her many contributions to the ANSI Federation and the voluntary standardization community.

2019 Fellow of the Royal Chemical Society, Awarded August 2019

for contributions to plasma process-induced damage in integrated circuits

In recognition of his outstanding contributions to the understanding of nanoscale magnetic phenomena through ground-breaking theoretical studies of exchange coupling, exchange bias, magnetic damping, and spin transfer torques.

For the design and construction of a series of highly sophisticated scanning probe instruments.

For his pioneering achievements on spectroscopic capability of scanning tunneling microscopy opening novel perspectives for revealing the quantum nature of the nano-world.