The program covers all aspects of 2D materials science and technology, including synthesis and processing, characterization, properties, and applications. Topics include but are not limited to synthesis, novel materials, topological and quantum phenomena, properties (electronic, magnetic, optical, mechanical), characterization (microscopy and spectroscopy), functionalization, devices, and applications in health, environment, energy, microelectronics, and quantum information science. The 2D Materials group will award student poster prizes to support young scientists in sharing their research with a diverse audience.
2D+EM+NS+QS+SS+TF-WeA: 2D Materials: Synthesis and Processing
- Nicholas R. Glavin, Air Force Research Laboratory
- Stephan Hofmann, University of Cambridge, UK
- Shengxi Huang, Rice University
2D+AQS+EM+MI+MN+NS+QS+SS+TF-ThM: 2D Materials: Optoelectronics and Moire Excitons
- Zhurun Ji, SLAC National Accelerator Laboratory/ MIT
- Bruno Schuler, Empa, Swiss Federal Laboratories for Materials Science and Technology, Switzerland
- Sufei Shi, Carnegie Mellon University
2D+AQS+MI+NS+QS+TF-ThA: 2D Materials: Magnets and Topological Phenomena
- Kenneth Burch, Boston College
- Yihang Zeng, Purdue University
- Liuyan Zhao, 450 Church St
2D-ThP: 2D Materials Poster Session
2D+AQS+EM+NS+QS+TF-FrM: 2D Materials: Devices and Applications
- David Estrada, Boise State University
- Felice Torrisi, Imperial College London, UK