Love echem, batteries, electrocatalysis, in situ analyses, piano, beer, and indeed all interactions. Associate Professor@KAIST Chem & Associate Editor@ACS Omega

South Korea
Joined June 2020
Design of COF electrolyte: Room‐Temperature Single Li+ Ion Conducting Organic Solid‐State Electrolyte with 10−4 S cm−1 Conductivity for Lithium‐Metal Batteries - AEM, open access doi.org/10.1002/aenm.2025041…
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Collaboration with Prof. CHANG YUN SON's lab in Seoul National Univ.
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Long journey and finally published: Triazine-Functionalized Covalent Organic Framework Ultrathin Films for Enhancing Local CO2 Concentrations in Electrochemical CO2 Reduction | ACS Applied Materials & Interfaces pubs.acs.org/doi/10.1021/acs…
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An interesting example for non-equilibrium thermodynamics in a complex reaction system consisting of H2O2, I3- and starch.
the Briggs-Rauscher reaction: one of the few known oscillating chemical reactions
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Hye Ryung BYON retweeted
Join UNIST InnoCORE as a Postdoctoral Fellow and help revolutionize the future of AI-driven hydrogen technologies. * About InnoCORE UNIST InnoCORE is leading a large-scale national initiative to advance AI-powered, full-cycle hydrogen innovation — spanning material design, production, storage, utilization, and process-level AI integration. * Recruitment Fields (50 Fellows) - AI-Self Driving Lab R&D: AI/ML, DFT, MD, organic/inorganic materials, experimental automation - AI-Digital Twin Process Engineering: process analysis, system engineering, optimization - H2 Production: electrochemical catalysts, photocatalysts, electrolyzers, water splitting - H2 Storage & Utilization: mechanochemistry, hydrogenation, LOHC technologies * Position Details - Annual Salary: KRW 90M+ (incl. benefits) - Start Date: July 2025 or later - Workplace: UNIST or affiliated institutions (KAIST, GIST, DGIST, POSTECH, SNU) - Benefits: Researcher housing, multi-mentoring, global collaboration, advanced equipment access * Eligibility & Documents - Ph.D. within 5 years (or expected by August 2025) - Documents: Letter of Intent (online), CV, Research Plan, Recommendation Letter (by email) * Recruitment Schedule - Jun 19–30: Submit Letter of Intent - Jun 19–Jul 3: Submit CV, Research Plan, and Letters - Jul 1–3: Candidate nomination - Jul 4–11: Online interviews - Jul 22: Final selection & appointment - Contact & Submission: [email protected] - More info in the leaflet below or visit our homepage - Homepage: inno4h2.cafe24.com/ #PostdocOpportunity #HydrogenInnovation #AIResearch #InnoCORE #UNIST #FutureEnergy #DigitalTwin #AIxH2 #PostdoctoralFellowship #ScienceJobs
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Hye Ryung BYON retweeted
UNIST InnoCORE 지능형 수소기술 혁신연구단에서 포스닥 연구원 (InnoCORE Fellow)을 모집합니다! AI 기반 수소 기술의 글로벌 패권 확보를 위한 미래형 융합 인재를 찾습니다. * 모집 분야 (총 50명) - AI 기반 자율 실험 연구실: DFT, MD, AI/ML, 유/무기 소재, 자동화 등 - AI-디지털 트윈 공정 설계: 디지털 트윈, 시스템 설계, 공정 해석 등 - 수소 생산: 전기화학 촉매, 광촉매, 수전해, 수소 생성 전환 기술 등 - 수소 저장 및 활용: 기계화학, 수소화반응, LOHC 기술 등 * 근무 조건 - 연봉: 9천만 원 이상 (4대 보험 포함) - 근무지: UNIST 또는 KAIST, GIST, DGIST, POSTECH, SNU - 임용 예정일: 2025년 7월 이후 - 숙소 우선 제공, 최첨단 장비 지원, 다중 멘토링, 글로벌 공동연구 등 파격 지원 * 지원 자격 - 박사학위 취득 후 5년 이내 (또는 2025년 8월 취득 예정자) - 제출서류: 참여의향서(온라인), CV, 연구계획서, 추천서 * 모집 일정 - 6/19~6/30: 참여의향서 접수 - 6/19~7/3: 이력서, 연구계획서, 추천서 제출 - 7/1~7/3: 후보자 선정 - 7/4~7/11: 온라인 인터뷰 - 7/22: 최종 선발 및 임용 절차 진행 - 지원 및 문의: [email protected] - 자세한 정보는 리플렛 이미지 및 홈페이지 참고 - 홈페이지: inno4h2.cafe24.com/ #포스닥 #인공지능 #수소경제 #InnoCORE #UNIST #AIxHydrogen #연구원모집 #Postdoc #AI혁신
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The role of nanoporous polymer membranes in Li metal betteries. Collaboration with prof. Myungeun Seo's group at KAIST. sciencedirect.com/science/ar…
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Onepot wet synthesis of LPSCl argyrodite and mechanism study toward low-cost solid-state batteries. Collaborating with KERI, @imsms_postech, and @baikkaist. sciencedirect.com/science/ar…
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Hye Ryung BYON retweeted
LG Energy Solution's vision, "Empower Every Possibility," aims to go beyond battery production, focusing on leading the entire energy cycle from storage to movement, unlocking limitless opportunities. #LGEnergySolution #Battery #Vision #Slogan Read More: bit.ly/40cF271
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Just out! A pursuit to approach 10^-4 S/cm at r.t. for practical organic solid and single Li+ ion conductor using covalent organic framework and fundamentals of immobilized anion effects for Li+ transport. With Prof. Dongwhan Lee's group in SNU. pubs.acs.org/doi/10.1021/acs…
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