:: 한양대학교 첨단반도체소재/소자개발연구소

Publications

제목
[2026.07.12] Ultra-Low-Bubble-Density Quartz Glass Enabled by Stepwise Calcination of High-Purity Synthetic Quartz Powder
[2026.05.25] Word-Line-Shared 2T0C DRAM with Offset Bias Scheme Enabling Three-Terminal Operation and Selective Read-Out
[2026.04.13] Tailoring Magnetic Skyrmion Dimensions via Precise Interface Roughness Modulation in W-Inserted Skyrmion SOT Channel Grown on β-Phase W Seed Layer
[2025.08.09] Effects of Hydrolysis Reaction and Abrasive Drag Force Accelerator on Enhancing Si-Wafer Polishing Rate and Improving Si-Wafer Surface Roughness
[2025.01.16] Optimization of growth conditions for high-Ge-content Si1-xGex epitaxial layers using ultra-high-vacuum CVD for high-performance semiconductor applications
[2025.01.22] The Chemical Deformation of a Thermally Cured Polyimide Film Surface into Neutral 1,2,4,5-Benzentetracarbonyliron and 4,4′-Oxydianiline to Remarkably Enhance the Chemical–Mechanical Planarization Polishing Rate
[2024.10.21] Unveiling the Resistive Switching Mechanism and Low Current Dynamics of Ru-based Hybrid Synaptic Memristors
[2024.08.08] Ultraviolet CMOS image sensor for environment analysis via energy-down-shift mechanism of blue-light emitting quantum dots
[2024.06.21] Hybrid Organic–Si C-MOSFET Image Sensor Designed with Blue-, Green-, and Red-Sensitive Organic Photodiodes on Si C-MOSFET-Based Photo Signal Sensor Circuit
[2024.04.15] Hardware Implementation of a Fully Functional Stochastic p-STT Neuron for Probabilistic Computing
[2023.11.22] [Co/NM/Pt]n-based seedless synthetic anti-ferromagnetic layer design for preventing MgO crystallinity degradation from Pt diffusion
[2023.11.01] Synaptic variation reduction via embedding Au nanocrystals in resistive switching layer and bottom electrode interface for CuTe/CuO/TiN-stacked synaptic device
[2023.11.01] Extremely high selective Si1−xGex-film wet etchant generating highly dissolved oxygen via peracetic acid oxidant for lateral gate-all-around FETs with a logic node of less than 3-nm
[2023.01.18] Fumed Silica-Based Ultra-High-Purity Synthetic Quartz Powder via Sol–Gel Process for Advanced Semiconductor Process beyond Design Rule of 3 nm

Articles

제목
[2026.08.07] “반도체 피크 알려면 2029년은 지나봐야”
[2026.07.03] [국민일보] 박재근 교수, 호남권 반도체 클러스터 인프라 구축에 관해 코멘트
[2026.04.29] [국민일보] 박재근 교수, 반도체 슈퍼사이클 전망 관해 코멘트
[2026.01.22] 반도체기술학회장에 박재근 한양대 교수
[2025.12.03] 박재근 한양대 교수 “AI 시대, 반도체 제3의 성장파도 도래”
[2024.03.20] 젠슨 황 "삼성 HBM 테스트"…치열해지는 엔비디아 선점 경쟁
[2024.03.16] 반도체 업계는 "美 보조금 기대 이상"...삼성전자는 "아직 몰라" 거리 둔 까닭은
[2024.02.20] 머스크도 "인류 끝났다"…영상도 만드는 AI, 삼성·하이닉스 웃는다
[2024.02.16] [日반도체의 부활]②TSMC 완공 3년-SK하이닉스는 8년…밀리는 속도전
[2023.12.01] 박재근 교수, 한국반도체디스플레이기술학회 회장 연임
[2023.11.30] 오션브릿지, 박재근 교수 사외이사 선임
[2023.04.13] 세종대 세종포럼, 박재근 한양대 융합전자공학부 교수 초청 특강
[2022.12.25] [세계를 보다]중국산 SNS까지 튄 불똥…반도체 공장 유치에 사활
[2022.12.20] TSMC도 버거운데…日 어벤져스 첨단 반도체 맹추격