主讲人：Prof. Wooyoung Shim
时间：1月14日下午14:00
地点：丽湖校区守信楼420会议室
报告人简介：
Academic Records:
1996-2004 Yonsei University (B.S.)
2004-2006 Yonsei University (M.S.)
2007-2012 Northwestern University (Ph.D)
2012-2014 Harvard University (Postdoctoral fellow)
Professional Career:
2014-2018 Assistant Professor
2018-2024 Associate Professor
2024-present Professor
2025-present Associate Editor, Nano Letters, ACS
2018-present Director, Center for Multi-dimensional Materials
2018-present IBS Professor, IBS Center for Nanomedicine
2023-present Councilor, Faculty Senate, Yonsei University
2024-present Associate Dean, College of Engineering, Yonsei University
2020-2022 Head, Department Graduate, Yonsei University
2022-2024 Deputy Director, Yonsei Engineering Research Center
Selected Publications:
1. “Anomalous in-plane electrical anisotropy in elemental metal nanosheets” Kim, T. & Shim, W.* and coworkers, Nature Synthesis (2024), DOI: https://doi.org/10.1038/s44160-024-00669-4
2. “Cation-eutaxy enabled III-V-derived van der Waals crystals as memristive semiconductors” Bae, J., Won, J. & Shim, W.* and coworkers, Nature Materials 23, 1402 (2024)
3. “Polytypic two-dimensional FeAs with high anisotropy” Won, J. & Shim, W.* and coworkers, Nano Letters 23, 23 (2023)
4. “Nontypical Wulff-shaped silicon nanosheets with high catalytic activity” Lee, M. & Shim, W.* and coworkers, J. Am. Chem. Soc. 145, 22620 (2023)
5. “Three-dimensional touch device with two-terminals” Cho, Y. & Shim, W.* and coworkers, Advanced Materials 35, 2305697 (2023)
6. “Extreme Ion Transport Inorganic 2D Membranes for Nanofluidic Applications” Kim, S. & Shim, W.* and coworkers, Advanced Materials 35, 2206354 (2022)
7. “Binary-state Scanning Probe Microscopy for Parallel imaging” Kim, G. & Shim, W.* and coworkers, Nature Communications 13, 1438 (2022)
8. “Enhancing Li Ion Battery Performance by Mechanical Resonance” Jin, D., & Shim, W.* and coworkers, Nano Letters 21, 5345 (2021)
9. “Kinetic 2D Crystals via Topochemical Approach” Bae, J. & Shim, W.* and coworkers, Advanced Materials 33, 2006043 (2021)
10. “Layered Aluminum for electromagnetic wave absorber with near-zero reflection” Kim, T. & Shim, W.* and coworkers, Nano Letters 21, 1132 (2021)
11. “Neuromorphic van der Waals crystals for substantial energy generation” Kim, S. & Shim, W.* and coworkers, Nature Communications 12, 47 (2021)
12. “Near-field sub-diffraction photolithography with an elastomeric photomask” Paik, S. & Shim, W.* and coworkers, Nature Communicaions 11, 805 (2020)
Awards & Honors:
- Material Matters, Contribution Plaque, MeRCK (2023)
- President Award, National Research Foundation (2022)
- SKC Solmics Award, The Korean Ceramic Society (2022)
- Nano Convergence Academic Award, Springer Nature (2021)
- National TOP 10 Nanotechnology Award, Ministry of Science and ICT & Ministry of Trade (2020)
- National Research Top 50 Excellency Award, Ministry of Education (2018)
- National Research and Development Top 100 Excellency Award, Ministry of Science and ICT (2018)
讲座摘要：
The force-flux relationship is a fundamental concept in explaining mass transport under a driving force in non-equilibrium conditions. This relationship is captured by the Onsager relation, which describes how gradients in concentration, temperature, and voltage drive the transport of mass, heat, and charge, while also considering cross-effects. In this presentation, I will explore how ion transport driven by a voltage gradient varies depending on the diffusion medium, and how this transport can be harnessed in various technological applications. Specifically, I will focus on layered materials with van der Waals gaps, which facilitate ion movement along pathways with low diffusion energy barriers. These materials hold significant potential in semiconductors, metals, and insulators, where they could serve as memory devices, switching devices, and ion-sieving membranes.
References:
1. “Anomalous in-plane electrical anisotropy in elemental metal nanosheets” Kim, T. & Shim, W.* and coworkers,
Nature Synthesis (2024), DOI: https://doi.org/10.1038/s44160-024-00669-4
2. “Cation-eutaxy enabled III-V-derived van der Waals crystals as memristive semiconductors” Bae, J., Won, J. & Shim, W.* and coworkers,
Nature Materials 23, 1402 (2024)
3. “Polytypic two-dimensional FeAs with high anisotropy” Won, J. & Shim, W.* and coworkers,
Nano Letters 23, 23 (2023)
4. “Nontypical Wulff-shaped silicon nanosheets with high catalytic activity” Lee, M. & Shim, W.* and coworkers,
J. Am. Chem. Soc. 145, 22620 (2023)
5. “Layered Aluminum for electromagnetic wave absorber with near-zero reflection” Kim, T. & Shim, W.* and coworkers,
Nano Letters 21, 1132 (2021)
6. “Neuromorphic van der Waals crystals for substantial energy generation” Kim, S. & Shim, W.* and coworkers,
Nature Communications 12, 47 (2021)
欢迎有兴趣的师生参加！
