News

Kourkoutis group partners with Iris Light Technologies, Inc.

September 21, 2021  |  In a recently announced CCMR JumpStart project, Iris Light Technologies, Inc., (Rochester) will collaborate with the Kourkoutis group to characterize black phosphorus nanomaterials using atomic-resolution electron microscopy and spectroscopy. The goal of this joint project is to advance our understanding of the basic properties of these materials – properties that are critical for the design of electrical contacts and doping necessary for developing a laser technology for photonic chips.

Berit H. Goodge wins Castaing Award

Berit H. Goodge wins the 2021 Castaing Award for the Best Student Paper from the 2020 Microscopy and Microanalysis (M&M) meeting awarded by the Microanalysis Society (MAS). It recognizes her outstanding talk entitled “Sub-Ångstrom EDX Mapping Enabled by a High-Brightness Cold Field Emission Source”. Congratulations Berit!

Welcome to our newest group members Greg Powers & Arnav Agrawal

January 31, 2021  |  This Spring we will have two new undergraduate students join our lab. Arnav Agrawal is a Junior double majoring in Physics and Mathematics and will be working with graduate mentor Berit H. Goodge. Greg Powers is a Freshman in the College of Engineering and will be mentored by graduate student Noah Schnitzer. We are looking forward to working with you!

Join us at the 2021 PARADIM Summer School on Electron Microscopy

2021 PARADIM Summer School

Advances in electron microscopy have opened an era of atomic resolution imaging and spectroscopy of materials and devices. Recent developments in novel imaging and detector modes, atomic-resolution spectroscopy and picometer precision imaging  even at cryogenic  sample temperatures are now a crucial part of the materials design loop, extending the reach of electron microscopy.

From June 13-18, 2021 PARADIM will host the 2nd Summer School on Electron Microscopy. The School will cover 2D and 4D imaging in the scanning transmission electron microscope (STEM), and will explore fundamental and practical aspects of aberration correction, electron energy loss spectroscopy (EELS), spectroscopic mapping, cryogenic STEM and imaging using pixelated detectors. The Summer School is divided into morning lectures and afternoon hands-on labs on state-of-the-art STEMs as well as on simulation and analysis software.

To join apply here!