General Information |
The 2023 APS/CNM Users Meeting will take place April 17-21 and May 1-5, 2023.The 2023 APS/CNM Users Meeting is a VIRTUAL EVENT, with the exception of the APS Shutdown Symposium (in-person and virtual) and the banquet (in-person only).Registration is open! Click here to register.Many thanks to the exhibitor companies that are supporting the 2023 meeting! Exhibitor details coming soon. Combined Plenary Session APS Plenary Session CNM Plenary Session Special Session: APS Upgrade Q&A Special Session: APS Shutdown Symposium (offered both in-person and via Zoom) Special Session: Universal Proposal System (UPS) Q&A and Demo Virtual Poster Session Virtual Workshops Diversity, Equity, and Inclusion Workshops:
Midwest-style BBQ Banquet hosted on site at APS Gallery Bldg. 402 lower level
CNM WK#1: Nanomaterials Interfaces: from Fundamentals to Applications APS WK#2: Bright Perspectives of Inelastic X-ray Scattering in the Post-APS-U Era Joint APS/CNM WK#3: Toward Synchrotron-based Autonomous Scattering Studies of Synthesis and Processing APS WK#4: Materials Discovery with Grazing-incidence X-ray Photon Correlation Spectroscopy: Opportunities and Challenges APS WK#5: Fundamentals and Applications of High Energy Diffraction Microscopy APS WK#6: New Opportunities in Chemistry and Materials Sciences with Anomalous X-ray Scattering Joint APS/CNM WK#7: Real-time Analysis of Synchrotron Light Source and Nanoscale Research Center Data using AI/ML for APS-U First Experiments APS WK#8: Hard X-ray Imaging Techniques for Biological and Environmental Research: Current Status and Future Upgrades CNM WK#9: Nanomaterials and Sustainability APS WK#10: Training Workshop on X-ray Spectroscopy Data Analysis with Larch (Data Analysis Tools for X-ray Spectroscopy) and AXEAP (Argonne X-ray Emission Analysis Package) APS WK#11: Time-resolved X-ray Opportunities toward APS-U Joint APS/CNM WK#12: Microelectronics: Materials, Design, Devices, and Characterizations APS WK#13: A Decade through the Looking Glass: X-ray Scattering on Quantum Materials in Pulsed and Persistent Magnetic Field CNM Short Course: Using AI/ML for Modeling and Characterization of Nanoscale Materials Pfeiffer Vacuum Training: Advanced Technical and Theoretical Concepts and Considerations to Further Develop your Vacuum Knowledge
Useful Links (please note not all of these links apply for a virtual meeting):Information for Workshop Organizers Invited Speaker Travel Instructions (does not apply to virtual meetings)
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