Recent Semiconductor Research Papers Cover Neuromorphic, Lithography, and Memory Advances

This roundup collects recent semiconductor research papers on topics including neuromorphic computing with monolithic 3D memristor-thin-film transistors, nucleation of 2D semiconductors, high-k dielectrics, hyper-NA EUV lithography, detection of bit-flip attacks in AI accelerators, flexible DRAM interfaces, and compact photonic bends. Contributors include KAIST, UIUC, Argonne National Laboratory, ASML, ETH Zürich, and other organizations.

This collection gathers recent semiconductor papers. One explores brain-inspired computing by stacking memristors and thin-film transistors in three dimensions. Another studies how etching flux can guide two-dimensional semiconductor formation. Other work covers high-permittivity oxides on 2D materials, EUV lithography with larger numerical apertures, on-chip monitors for bit-flip attacks in AI hardware, a more adaptable DRAM interface and controller, and small photonic bends suited to commercial foundry flows.

Contributors include KAIST, UIUC, Argonne National Laboratory, ASML, ETH Zürich, and other institutions. The topics span materials, manufacturing, memory, security, and photonics, reflecting the broad range of current chip research.