| Speaker – MRSEC Workshop | Affiliation | Talk Title |
|---|---|---|
| Gregory Rohrer gr20@andrew.cmu.edu | Carnegie Mellon University | High Throughput Studies of Metal Oxide Water Splitting Catalysts for the Development of Structure-Property Relations |
| Paul Voyles paul.voyles@wisc.edu | University of Wisconsin-Madison | Relationships Between Stability, Structure, and Dynamics in Glasses and Their Liquids |
| Phillip Messersmith philm@berkeley.edu | University of California, Berkeley | Supramolecular Polymers for Tissue Regeneration |
| Ramamoorthy Ramesh rramesh@berkeley.edu | University of California, Berkeley | Observation of room temperature polar skyrmions |
| Takuzo Aida aida@macro.t.u-tokyo.ac.jp | University of Tokyo | Supramolecular Polymerization: Its Significance and Applications |
| Speaker – ISAMS-3 | Affiliation | Talk Title |
|---|---|---|
| Angus Kirkland angus.kirkland@materials.ox.ac.uk | University of Oxford | Developments in High Speed Structural Imaging of Low Dimensional Materials |
| Brent Nannenga Brent.Nannenga@asu.edu | Arizona State University | High-resolution structure determination by Microcrystal Electron Diffraction (MicroED) |
| Christoph Koch Christoph.Koch@hu-berlin.de | Humboldt-Universität zu Berlin | Maximizing the information extracted from monochromated EELS and zero-loss filtered 4D-STEM using a hybrid pixel direct detector with high dynamic range |
| Colin Ophus clophus@lbl.gov | Lawrence Berkeley National Laboratory | Materials Science Applications of Four Dimensional–Scanning Transmission Electron Microscopy (4D-STEM) |
| David McComb mccomb.29@osu.edu | Ohio State University | Monochromated EELS of organic functional materials in the STEM |
| David Yang david.yang@nist.gov | Nanoscale Imaging Group, NIST | Probing surface-plasmon-induced reactions using a multimodal approach for environmental scanning transmission electron microscopy |
| Elizabeth Dickey ecdickey@ncsu.edu | North Carolina State University | Local Structure Phenomena in Oxide Dielectrics |
| Frances Ross fmross@mit.edu | Massachusetts Institute of Technology | Opportunities for understanding crystal growth through in situ electron microscopy |
| Hong Zhou hong.zhou@ucla.edu | University of California, Los Angeles | The cryoEM revolution: from proteins to genomes, & from in situ to in action |
| Huolin Xin huolinx@uci.edu | University of California, Irvine | Making rocket fuel from CO2 – from intermetallics to non-PGM biomimetic catalysts for small molecule activation |
| Joe Patterson patters3@uci.edu | University of California, Irvine | A close look at material synthesis with liquid phase and cryo electron microscopy |
| John Watt watt@lanl.gov | Los Alamos National Laboratory | Limiting Damage and Capturing Dynamics of Soft Matter and Beam Sensitive Materials |
| Juan Carlos Idrobo idrobojc@ornl.gov | Oak Ridge National Laboratory | Mapping Electron Interactions with a Pocket-Sized Synchrotron (i.e., STEM) |
| Judith Yang judyyang@pitt.edu | University of Pittsburgh | The Surface Dynamics of the Initial Stages of Cu Oxidation |
| Lena Kourkoutis lena.f.kourkoutis@cornell.edu | Cornell University | Progress in Cryogenic STEM for Quantum and Energy Materials |
| Peter Crozier CROZIER@asu.edu | Arizona State University | Exploring Phononic Excitations with Monochromated STEM EELS |
| Peter Ercius percius@lbl.gov | Lawrence Berkeley National Laboratory | The 4D Camera – An Electron Counting Camera for 4D-STEM Experiments |
| Peter Nellist peter.nellist@materials.ox.ac.uk | Oxford University | Low-dose 2D and 4D STEM imaging of beam-sensitive materials |
| Qian Chen qchen20@illinois.edu | University of Illinois at Urbana-Champaign | Liquid-Phase TEM Imaging of Colloidal Crystallization and Protein Transformation |
| Ray Unocic unocicrr@ornl.gov | Oak Ridge National Laboratory | Atomic Engineering of 2D Materials: Insights from In situ STEM Experiments, Theory and Functional Properties |
| See Wee Chee swchee@fhi-berlin.mpg.de | Fritz Haber Institute, Max Planck Society | Revealing the Dynamics of Electrocatalysts under Reaction Conditions using Liquid Phase Electron Microscopy |
| Xuedong Bai xdbai@iphy.ac.cn | Institute of Physics, Chinese Academy of Sciences | Atomic-Scale Observation of Structural Manipulation in Metal Oxides by in-situ TEM |