단결정 3D 멤리스터-TFT 스택, 프로그래머블 뉴로모픽 컴퓨팅 구현 (SNU, 연세대)

Home TECHNICAL PAPERS October 6th, 2026 - By: Technical Paper Link Researchers at Seoul National University and Yonsei University published a technical paper titled “Monolithic three-dimensionally integrated memristor-thin-film transistor for electrically programmable multimode reservoir computing.” Abstract Excerpt: “Reservoir computing offers an efficient framework for processing temporal information, but most hardware reservoirs exhibit fixed or narrowly tunable dynamics determined by intrinsic material relaxation time. A monolithically integrated memristor-thin-film transistor reservoir kernel of this study enables electrically programmable temporal dynamics across a wide timescale. By vertically and monolithically integrating Ru/HfO2/TiN memristors with In2O3 channel thin-film transistors (TFTs), the memristive conductance dynamics are modulated by the TFTs.” Find the technical paper here. October 2026. Shim, Sung Keun, Wonho Choi, Sunwoo Cheong, Dong Hoon Shin, Jonghoon Shin, Janguk Han, Jiseong Im, et al. “Monolithic three-dimensionally integrated memristor-thin-film transistor for electrically programmable multimode reservoir computing.” Nature Communications (2026). https://doi.org/10.1038/s41467-026-78364-5 - Monolithic 3D Memristor-TFT Stack For Programmable Neuromorphic Computing (SNU, Yonsei) October 6, 2026 by Technical Paper Link - Programmable Memory Controller Eases Adoption of New DRAM Techniques (ETH Zürich, CISPA, NYU) October 6, 2026 by Technical Paper Link - Backside Clock Meshes Cut Skew and Power in 2nm Nanosheets (UCSC) October 5, 2026 by Technical Paper Link - Reducing Contact Resistance Pushes 2D Transistors Toward Advanced CMOS (HUST, PolyU, UCSB, NUS) October 5, 2026 by Technical Paper Link - Row-Parallel DRAM Computing Cuts Data-Reorganization Overhead (Syracuse, FAU, TU Dresden) October 5, 2026 by Technical Paper Link AI workloads are pushing automotive sensors harder, forcing engineers to rethink how long safety-critical systems can be trusted. 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