Abstract Titles
Arslan, Ilke – Argonne National Lab
Advanced Measurements on the Nanoscale Enabled by Technique Development in the Scanning Transmission Electron Microscope
Batson, Philip – Rutgers University
Phonon Spectroscopy and Mapping in Nanostructures
Bell, David – Harvard University
Identifying Topological Materials for Quantum Computing Applications with Advanced Electron Microscopy
Cheng, Holland – University of California, Davis
Multimodal Imaging and Convolutional Neural Network for Nanomedicine
Crozier, Peter – Arizona State University
In Situ and Operando Electron Microscopy Imaging and Spectroscopy of Catalysts
Damiano, John – Protochips
Optimizing in situ TEM/STEM for EDS
Dunin-Borkowski, Rafal – Institute for Microstructure Research
Towards three-dimensional characterization of magnetic moments inside individual nanocrystals in the transmission electron microscope
Dwyer, Christian – Arizona State University
Prospects of vibrational mapping in the STEM
Gao, Peng – Peking University
Electron Microscopy Laboratory at PKU
Gonen, Shane – University of California, San Francisco
Harnessing the potential of Cryo-EM through protein design
Gonen, Tamir – University of California, Los Angeles
MicroED: conception, practice and future opportunities
Idrobo, Juan – Oak Ridge National Laboratory
Towards a new era in imaging and spectroscopy in the STEM: Probing Magnetism, Temperature & Anharmonicity at the Nanoscale
Jensen, Grant – California Institute of Technology
Structural biology in vivo through electron cryotomography
Jinschek, Joerg – Ohio State University
Understand dynamic processes and structure-property relationships in nanomaterials using in-situ electron microscopy
Klie, Robert – University of Illinois, Chicago
In-Situ Materials Characterization at High Spatial Resolution: 2D Materials Based Liquid-Cell Microscopy
Lovejoy, Tracy – Nion
Ultra-High Energy and Spatial Resolution STEM-EELS
Ma, Xiuliang – University of Chinese Academy of Sciences
Atomic mapping of domains and interfacial structures in ferroelectric films
Miao, Jianwei – University of California, Los Angeles
Atomic Electron Tomography: Probing 3D Structure and Material Properties at the Single-Atom Level
Minor, Andrew – Lawrence Berkeley National Laboratory
New modes of imaging for in situ TEM nanomechanical testing
Pan, Xiaoqing – University of California, Irvine
Probing the Atomic Structure and Dynamic Behaviors of Materials by In-situ Transmission Electron Microscopy
Pennycook, Stephen – National University of Singapore
New insights into materials with the NUS ARM
Rodriguez, Jose – University of California, Los Angeles
Nanoscale mapping of lattice structure in amyloid nanocrystals by cryo-electron diffraction
Sawada, Hidetaka – JEOL
Enhancement of image resolution and analytical sensitivity by latest technology in STEM and TEM
Scheu, Christina – Max Planck Institut fur Eisenforschung
Combining ultimate resolution: Cs corrected STEM and 3D atom probe tomography
Schoenung, Julie – University of California, Irvine
Application of Advanced Microscopy Techniques to Reveal Characteristics of Ceramic/Metal Interfaces
Shibata, Naoya – University of Tokyo
Aberration-corrected DPC STEM for materials research
Sinclair, Bob – Stanford University
In Situ High Resolution and Environmental Electron Microscopy Studies of Material Reactions
Stach, Eric – University of Pennsylvania
Using Operando Characterization, Data Analytics, and Artificial Intelligence to Understand Mechanistic Links between Processing and Structure
Stemmer, Susanne – University of California, Santa Barbara
Understanding Point Defects in Complex Oxides Using Quantitative STEM
Taheri, Mitra – Drexel University
Implications of Direct Detection Electron Energy-loss Spectroscopy (DD-EELS) for In Situ TEM: Challenges and Opportunities
Twesten, Ray – Gatan
Electron counting detectors for imaging and spectroscopy
Villa, Elizabeth – University of California, San Diego
Opening Windows into the Cell: Bringing Structure to Cell Biology with Cryo-Electron Tomography
Ward, Andrew – Scripps Institute
Structure-based vaccine design
Wang, Peng – Nanjing University
Electron Ptychography
Xin, Huolin – Brookhaven National Laboratory
Artificially Intelligent Scanning Transmission Electron Microscopy
Xu, Qiang – DENS Solutions
Correlative imaging of catalysts at working state
Zheng, Haimei – Lawrence Berkeley National Laboratory
Materials Transformations in Liquid and Gas Environment
Zhou, Wu – University of Chinese Academy of Sciences
Interplay of strain and lattice structure in novel 2D semiconductors
Zhu, Yimei – Brookhaven National Laboratory