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NUANCE: Nanoscale Characterization Experimental Center

HORIBA Scientific Offers Seminar and Demos

On Wednesday, May 22, the NUANCE Center welcomed 30 attendees to the seminar Cross-correlated SPM and TERS/TEPL Characterization: A mandatory technique for proper characterization of 2D semiconductors jointly sponsored by HORIBA Scientific and NUANCE.

After a warm introduction by SPID Facility Manager Dr. Gajendra Shekhawat, the morning presentation of talks included Matt Rosenberger, Dept. of Aero. and Mech. Engineering, University of Notre DameExploring Nano-scale Phenomena in Two-Dimensional Materials with Atomic Force Microscopy”; Andrey Krayev, HORIBA ScientificTERS imaging reveals nanoscale defects and composition misconceptions in MoSSe/MoSeS Janus crystals”; Dr. Ami ChandAdvances in SPM Probes and Applications - A Perspective View”; Eleonora Isotta, Department of Materials Science and Engineering, Northwestern University “Excitation laser energy dependence of the gap-mode TERS spectra of WS2 and MoS2 on silver”; Thomas Darlington, Columbia University “Tailoring quantum states in 2D materials using tip-enhanced nanoscopy.”

After a morning of presentations and a delicious lunch, participants that signed up for in-person demos, adjourned to the SPID facility to get practical, hands on experience with TERS.

GS introduces
Dr. Gajendra Shekhawat opens the seminar with a warm welcome
Matt Rosenburg presenting his talk
Matt Rosenburger presents his talk:Exploring Nano-scale Phenomena in Two-Dimensional Materials with Atomic Force Microscopy
Andrey Kreyev
Andrey Kreyev presenting his talk: TERS imaging reveals nanoscale defects and composition misconceptions in MoSSe/MoSeS Janus crystals
Ami Chand
Dr. Ami Chand presents his talk: Advances in SPM Probes and Applications - A Perspective View
Elenora Isotta presenting her talk
Eleonora Isotta presenting her talk: Excitation laser energy dependence of the gap-mode TERS spectra of WS2 and MoS2 on silver
Thiomas Darlington presenting his talk
Thomas Darlington presenting his talk: Tailoring quantum states in 2D materials using tip-enhanced nanoscopy.