The University of Washington (UW), in conjunction with Oxford Instruments Asylum Research, is hosting a two-day atomic force microscopy (AFM) virtual workshop on applications of AFM characterization for 2D materials, semiconductors, clean energy materials and dynamic biological processes such as protein assembly. Each day features talks from expert applications scientists at Asylum Research.
See hands-on demonstrations using the Asylum Research Jupiter XR AFM, the first and only large sample AFM capable of scanning up to 200mm samples, and Cypher VRS High Speed Video-Rate AFM allowing for real time high resolution video monitoring of nanoscale measurements.
Register Here
Image about Atomic Force Microscopy (AFM) Virtual Workshop
Workshop Day One
Wednesday, September 23 | 10:00 AM – 1:00 PM
Introduction
Phillip Cox, Ph.D.
Research Scientist, Washington Clean Energy Testbeds
“Applications of AFM for semiconductor and 2D materials research”
Asylum Research Talk
“High Speed, High Resolution, automated imaging with JupiterXR”
Asylum Hands on Session
“AFM Characterization of Emerging Photovoltaics”
Raj Giridharagopal, Ph.D.
Sr. Research Scientist, Ginger Lab
Workshop Day Two
Thursday, Sep 24, 10:00 AM – 1:00 PM
Introduction
Micah GLaz, Ph.D.
MAF Research Scientist
“Applications of Video Rate AFM MIcroscopy to study dynamic biological processes”
Asylum Research Talk
“Video Rate AFM measurements using Cypher VRS AFM”
Asylum Hands On Session
“Visualizing protein assembly and dynamics at solid-liquid interfaces by atomic force microscopy”
Shuai Zhang, Ph.D.
Research Assistant Professor, Material Science & Engineering, UW