The Nanoscale Science and Technology Division (NS) seeks to help engineer the future by highlighting scientific developments in microscopy (electron, ion, and scanning probes), nanofabrication, device characterization, and photonics. We encourage submissions describing progress in materials growth, novel instrumentation and theory, as well as scientific machine learning approaches to describe phenomena at shorter timescales, in correlated systems, light-matter interactions, magnetism, and quantum phenomena.
NS-MoM: Frontiers in Nanoscale Electron, Ion, and Scanning Probes I
- Dahlia Klein, University of Chicago, “The Atomic Single-Electron Transistor”
- Anna Roslawska, Max Planck Institute for Solid State Research, Germany, “Optical Properties of Single Molecules Explored with sub-nm Precision”
NS-MoA: Frontiers in Nanoscale Electron, Ion, and Scanning Probes II
- Elizabeth Dickey, Carnegie Mellon University, USA, “Disorder and Domains in Novel Ferroelectric Thin Films: Insights from Electron Microscopy”
- Yongtao Liu, Oak Ridge National Laboratory, “Novelty-Aware Multimodal Machine Learning in Autonomous Microscopy for Nanoscale Discovery”
- Eric Stach, University of Pennsylvania, “Propagating Phase Boundaries as Deterministic Drivers of Supported Nanoparticle Organization”
- Paul S. Weiss, University of California, Los Angeles, “Medard Welch Award Talk: Mimicking Nature: Controlling Charge, Heat, and Spin at Interfaces”
NS-TuM: Multimodal Techniques in Surface and Interface Engineering at the Nanoscale
- James McIver, Columbia University, “Cavity Electrodynamics of Van der Waals Heterostructures”
- Kyoung-Duck Park, Pohang University of Science and Technology (POSTECH), Republic of Korea, “Dynamical Control of Tip-Induced Light-Matter Interactions at the Surface of Quantum Materials”
- Alexander Reid, SLAC National Accelerator Laboratory, “Imaging Atomic Dynamics in Real-Time: Current Capabilities and Future Horizons at SLAC MeV-UED”
- Haozhe “Harry” Wang, Duke University, “Foundation Models for 2D Materials Research”
NS-TuA: Multimodal Techniques in Surface and Interface Engineering at the Nanoscale II
- Nazar Delegan, Argonne National Laboratory, “Multimodal Investigation and Interface Engineering of Near-Surface Diamond Quantum Defects”
NS-ThP: Nanoscale Science and Technology Poster Session