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Past Seminars
Prof. Pete Nellist
Low-dose 2D and 4D STEM imaging of beam-sensitive materials
Dr. Marc Willinger
Observing while it happens
Prof. Christoph Koch
Exploring 2D materials at high resolution, high sensitivity, high speed, high efficiency, and low dose
Prof. Knut Müller-Caspary
Beyond structure and composition: Multidimensional TEM as a key for imaging electric fields, 3D shape and soft matter
Prof. Vasiliki Tileli
Liquid-phase transmission electron microscopy for probing electrochemical-induced processes
Dr. Adrien Teurtrie
Physics-guided NMF for the analysis of STEM/EDXS data : from raw data to quantified chemical phases
Dr. Florent Houdellier
Improving electron microscope capabilities through the design of new cold field emission electron source
Dr. David Cooper
Field mapping in semiconductor devices by transmission electron microscopy
Dr. Lukas Palatinus
Crystal structure determination by 3D electron diffraction
Dr. Mathieu Kociak
Enlightening electrons: detecting and injecting light in a TEM
Prof. Philip Moll
FIB structures of quantum materials: an outlook
Prof. David Muller
Imaging the Properties of Atoms and Fields at the Picometer Scale
Prof. Nestor Zaluzec
Advances in X-ray Energy Dispersive Spectroscopy in the Modern Analytical Electron Microscope
Dr. Peter Ercius
Imaging Atomic Structure, Strain, and Disorder By Atomic Electron Tomography
Dr. William A. Hubbard
Advanced STEM EBIC Imaging of Operating Electronic Devices
Dr. Madeline Dressel Dukes
In Situ Liquid Transmission Electron Microscopy: An Essential Tool for Studying Dynamic Processes at the Nanoscale