Chair(s): Sui Zhang (NUS), Jie Shen (NTU)
Co-Chair(s): Rakesh Joshi (UNSW, Australia), Luda Wang (Peking University, China)
Symposium Scope / Topics
The study and control of fluids, pores, and channels at the nano- and sub-nanoscale has become a critical interdisciplinary research frontier with wide-ranging applications in energy, catalysis, healthcare, materials science, and environmental sustainability. This symposium aims to promote collaboration and the exchange of cutting-edge ideas by bringing together researchers working at the intersection of nanofluidics, materials design, and membrane science. Participants will have the opportunity to present their latest research and build valuable connections across disciplines.
Key Topics:
- Fundamentals of nanofluidic transport in pores and channels
- Lithium and proton separation for power
- Nanofluidic sensing, sequencing, and single-molecule detection
- Ionic circuits and nanofluidic systems for information processing
- Carbon capture and selective gas separations
- Organic molecule separation and purification
- Ion-selective transport for catalysis and electrochemical energy systems
- Advanced nanomaterials for membranes and separation technologies
- Theoretical and computational modeling of nanofluidic phenomena
Scalable fabrication methods for nanostructured membranes
Keynote / Invited Speakers
| Aleksandr Noy | Lawrence Livermore National Laboratory | USA |
| Chuanhua Duan | Boston University | USA |
| Gongping Liu | Nanjing Tech University | China |
| Hyung Gyu Parl | Pohang University of Science and Technology | South Korea |
| Kumar Agraval | Swiss Federal Technology Institute of Lausanne | Switzerland |
| Pengzhan Sun | University of Macau | China |
| Ping Yu | CAS | China |
| Piran Kidambi | University of Florida | USA |
| Radha Boya | University of Manchester | UK |
| Rohit Karnik | MIT | USA |
| Shipeng Sun | Nanjing Tech University | China |
| Slaven Garaj | NUS | Singapore |
| Yahui Xue | Shaanxi University of Science and Technology | China |
| Ryan Lively | Georgia Institute of Technology | USA |
