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Tuesday, Oct 27th
Speaker: Rocky Nguyen , OE Application Technology Team, Park Systems Corporation
This webinar introduces Imaging Spectroscopic Ellipsometry (ISE) and its application to high-resolution characterization of oxide thin films. Participants will learn how ISE enables spatially resolved analysis of film thickness and optical properties, helping identify local non-uniformity, thickness gradients, and process-induced variations. Register now to explore the capabilities of ISE for advanced thin-film characterization.
Wednesday, Nov 4th
Speaker: Prof. Dr. Christine Kranz, Institute of Analytical and Bioanalytical Chemistry, Ulm University
Explore how scanning electrochemical probe microscopy (SEPM), including SECCM, conductive AFM, and electrochemical AFM, can reveal interfacial processes in battery electrodes. The webinar examines SEI formation in sodium-ion battery anodes and real-time structural and nanomechanical changes in redox-polymer cathodes for rechargeable aluminum batteries. Join to learn how nanoscale electrochemical and AFM techniques can connect interfacial behavior with battery material performance.
Tuesday, Nov 17th
Speaker: Chris Jung, Optical Technology Support, Park Systems Corporation
This webinar introduces Digital Holographic Microscopy (DHM) and its capabilities for high-speed 3D volumetric imaging and 4D time-resolved tracking. Participants will learn how DHM enables label-free, quantitative analysis of dynamic processes without mechanical Z-scanning, supporting applications such as cell and microorganism tracking, particle motion analysis, and depth-resolved inspection of transparent materials. Register now to explore the capabilities of DHM for advanced 3D imaging and dynamic analysis.
Wednesday, Dec 2nd
Speaker: Ass. Prof. Tobias Cramer, Department of Physics and Astronomy, University of Bologna
This webinar explores how electrochemical strain wave microscopy is used to investigate transport processes in mixed ionic-electronic conductors under operando conditions. It will show how AFM-based strain measurements, combined with electrochemical impedance spectroscopy, reveal local ionic and electronic dynamics in materials such as conducting polymers, battery electrodes, thin films, and wires. Join to learn advanced AFM approaches for studying materials central to energy storage, bioelectronics, and neuromorphic computing.