Field: Biology
- Liz Wright, University of Wisconsin-Madison (Email) – CryoEM, CryoCLEM
- James Fitzpatrick, Washington University (Email) – General Bio EM, Volume EM, CLEM
- Alice Liang, NYU (Email) – General Bio EM, Volume EM, CLEM
- Deb Kelly, Pennsylvania State University (Email) – CryoEM
- Kirk Czymmek, Danforth Center (Email) – General Bio EM, Volume EM, CLEM, Plant EM
- Sai (Rengasayee) Veeraraghavan, Ohio State University (Email) – Cardiac Biology
- Alice Dohnalkova, Pacific Northwest National Laboratory (Email) – See Google Scholar
- Esther Bullitt, Boston University School of Medicine (Email) – Structural Biology, Biophysics, Biochemistry, Cryo-EM
- Kedar Narayan, National Cancer Institute, NIH (Email) – FIB-SEM, Image analysis
Field: Biology/LM
- Dave Piston, Washington University (Email) – Light Microscopy
- Hari Shrof, NIH, Laboratory of High Resolution and Optical Imaging (Email) – Super Resolution, Light Sheet Microscopy
Field: Materials Science
- Masashi Watanabe, Lehigh University, Lehigh Microscopy School (Email) – Material Characterization
- Sheri Singerling, Virginia Polytechnic Institute (Email) – Meteorites and Planetary Science
- Peter Ercius, Molecular Foundry, Lawrence Berkeley National Laboratory (Email) – STEM Stomic Electron Tomography
- Brent Nannenga, Arizona State University (Email) – MicroED, CyroEM
- Miaofang Chi, Oak Ridge National Laboratory (Email) – Mass & Electron Transport Behavior at Atomic-Scale, coupling Materials Physics with Local Lattice Strain, Bonding, and Chemistry
- James Lebeau, MIT (Email) – Quantitative STEM Techniques to determine atomic structure and chemistry of functional oxides, structural alloys, and electronic materials
- Wenpei Gao, North Carolina State University (Email) – Multi-scale electronic properties of boundaries and interfaces in functional oxides, and developing correlative in situ imaging techniques to study the dynamics of nanostructured catalysts
- Pinshane Huang, University of Illinois, Urbana-Champaign (Email) – Using electron microscopy and spectroscopy to design a new generation of flexible electronics and energy harvesting devices
- Huolin Xin, University of California, Irvine (Email) – AI, TEM and spectroscopy, lithium-ion batteries, in situ X-ray scattering and spectroscopies, electrocatalysts, surface and catalysis, proximal probes and novel-phase 2D materials