National Outstanding STEM Scholarship
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National Outstanding STEM Scholarship certificate.
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National Outstanding STEM Scholarship certificate.
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Kwanjeong Study Abroad Scholarship certificate for doctoral study in the United States.
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MML Postdoctoral Accolade at the National Institute of Standards and Technology.
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Provost’s Postdoctoral Fellowship at the University of Notre Dame.
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Winter group photo with the Fu Lab at Notre Dame.
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Summer retreat with the Fu and HB groups.
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Summer lab group photo in front of the Golden Dome at Notre Dame.
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With Notre Dame faculty and colleagues at ACS Fall 2026 in Chicago.
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Participating in MUACC 2026 and assisting with conference preparations and on-site activities, October 23–25, 2026.
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Our computational demonstration of synaptic plasticity in a 2D porous membrane is now available online! We are deeply grateful for this achievement.
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Our comprehensive molecular dynamics research on the transition between diffusion- to barrier-limited transport is published in the Journal of Physical Chemistry B.
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Our collaborative paper on voltage-gated ion transport in Ångström-scale confinement has been accepted for publication in Nature Communications. Congratulations to Dr. Biswabhusan and our collaborators.
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Our recent collaboration with the Indian Institute of Technology Gandhinagar has been published online! DOI: https://doi.org/10.1038/s41467-025-62737-3
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Our recent work conducted at NIST has been published in Physical Review Letters and is now available online. I deeply appreciate the immense contributions of Dr. Alex Smolyanitsky and the valuable feedback from Dr. Demian Riccardi.
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This study addresses a fundamental question in electrochemical neuromorphic computing: How can the brain’s molecular-level principles be effectively implemented in artificial neuromorphic devices? Traditional transistor-based solid-state computing relies on electron-mediated signaling, whereas biological systems use ion signaling and achieve intelligence with remarkable energy efficiency. Historically, liquid-state ionic devices have received limited attention in the context of logic operations due to the overwhelming dominance of solid-state electronics. However, the recent success of large-scale AI—and growing concerns about energy sustainability—have renewed interest in the direct implementation of the brain’s energy-efficient iontronic mechanisms on liquid-state ionic platforms. This work presents how to leverage the unique electrochemical diversity of iontronics in achieving new ionic functions.
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Nanoconfinement and Surface Chemistry Convert Aptamer Cross-Reactivity into Quantitative Chemical-Analog Sensing.
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Edible dual-reservoir microneedles for food preservation and risk-aware freshness assessment.
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FiberPro 1.0: Multiagent AI-Guided Design for High-Throughput Production and Conformal Deposition of Functional Protein Micro/Nanofibers.
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Mechanosensitive Ion Transport in Hexagonal Boron Nitride Nanopores.
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Electrode-Tethered DNA: Interfacial Mechanics and Switching Dynamics from Ensemble-Level Atomistic Simulations.
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Yechan Noh received a Poster Award presented by Analyst at the 2026 Midwestern Universities Analytical Chemistry Conference (MUACC) on October 25, 2026, recognizing outstanding research communication and excellence in poster presentation.
Published in Applied Sciences, 2019
Published in ACS Nano, 2020
Published in The Journal of Chemical Physics, 2021
Published in Nano Letters, 2021
Published in Science Advances, 2022
Published in Physical Review E, 2022
Published in Nanoscale, 2023
Published in Applied Physics Letters, 2023
Published in Scientific Reports, 2023
Published in The Journal of Physical Chemistry Letters, 2024
Published in Physical Review Materials, 2024
Published in Science Advances, 2024
Published in The Journal of Physical Chemistry B, 2025
Published in Physical Review Letters, 2025
Published in Nature Communications, 2025
Published in Small, 2026