Tootfinder

Are you tired of illuminated gaming keyboards, and even the clacking sound of mechanical keyboards has lost their appeal?
Fear not, there's hope:
Gboard Dial
https://github.com/google/mozc-devices/tree/main/mozc-dial

Thermal scanning probe lithography for fabrication of perforated metallic films
Paloma E S Pellegrini (LJAD, ATLANTIS, CNRS), Francisco T Orlandini (LJAD, ATLANTIS, CNRS), Silvia V G Nista (LJAD, ATLANTIS, CNRS), St\'ephane Lanteri (LJAD, ATLANTIS, CNRS), Hugo Enrique Hern\'andez-Figueroa, Stanislav Moshkalev
https://arxiv.org/abs/…

Thermal scanning probe lithography for fabrication of perforated metallic films
Thermal scanning probe lithography offers high resolution and versatility, making it a promising alternative for fabricating photonic devices. Here, we introduce a new method that expands its applications by enabling direct fabrication of arbitrary perforated patterns on a silver film.

Strain-Gradient-Driven Decoupling of Thermal Suppression from Anisotropy in \b{eta}-Ga2O3
Guangwu Zhang, Xing Xiang, Ziyan Qian, Yixin Xu, Shengying Yue, Hyejin Jang, Lin Yang, Yanguang Zhou, Xinyu Wang, Qiye Zheng
https://arxiv.org/abs/2509.26412

Strain-Gradient-Driven Decoupling of Thermal Suppression from Anisotropy in \b{eta}-Ga2O3
Strain gradients, ubiquitous in flexible devices and epitaxial nanostructures, are a major blind spot for thermal transport in \b{eta}-Ga2O3. We establish that strain gradient unlocks a thermal conductivity (k) suppression mechanism fundamentally more potent than uniform strain: moderate uniaxial gradients (0.6%/nm) suppress k by 32-37% (27-30%) in thin films (nanowires), intensifying to 43.3% with biaxial gradients. This reduction far exceeds that from equivalent uniform strain and surpasses b…