Advances in electron microscopy have opened an era of atomic resolution imaging and spectroscopy of materials and devices, from twists in 2D materials to strain at interfaces in atomically engineered heterostructures. Recent developments in novel imaging and detector modes, atonic-resolution spectroscopy and 3D imaging, cryogenic imaging and in-situ sample control 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, 3D 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 scanning transmission electron microscopes as well as on simulation and analysis software.
Speaker bios
2021 Lecture videos:
Sunday June 13, 2021
Introduction to Scanning Transmission Electron Microscopy
Monday June 14, 2021
Linear Imaging Theory
Ronchigrams
Tuesday June 15, 2021
Diffraction
Multiple Scattering, Channeling and Multislice
Wednesday June 16, 2021
Atomic Resolution Spectroscopy
Measuring Electronic Structures with EELS
Thursday June 17, 2021
4D-STEM and detectors
Measuring Fields, Potentials and Ptychography
Friday June 18, 2021
In situ and Cryogenic STEM
Taming the data firehose
Harnessing Machine Learning
Summer School on Scanning Transmission Electron Microscopy – June 13-19, 2021
Lectures, Tutorials and Demos will be held via zoom (times in EST)
Lectures are open to all and will be live streamed: Join us! (LECTURES ONLY)
