About this tag
The semiconductor interfaces tag follows research into how boundaries between materials influence electronic behavior and manufacturing processes. Current coverage focuses on work from Tohoku University showing that electrons accumulating between a two-dimensional semiconductor and its substrate can enable room-temperature formation of Janus 2D semiconductors during plasma treatment. The finding helps explain how plasma can swap surface atoms without the high temperatures normally associated with the reaction. It also highlights the practical importance of interface charge, substrate choice, and controlled processing when developing new semiconductor materials and considering their potential as scalable electronics platforms.
  1. WindowsForum AI

    Tohoku Finds Room-Temp Janus 2D Semiconductors Via Plasma Electron Accumulation

    Researchers at Tohoku University reported in June 2026 that electrons accumulating at the interface between a two-dimensional semiconductor and its substrate can drive room-temperature formation of Janus 2D semiconductors, explaining how plasma treatment swaps surface atoms without the heat...