Sivusto ei tue käyttämääsi selainta. Suosittelemme selaimen päivittämistä uudempaan versioon.
  • 2025–2026. Successful manufacturing of thin-film components for advanced electronics and photonics.
  • 2025. Initiation and ongoing development of a full-wave FDTD simulation code, including early validation and testing of core numerical routines.
  • May 2024. Successful fabrication and testing of a thin-film device using our proprietary patterning equipment.
  • October 2023. Direct-patterning test completed at ORNL using the jointly developed instrument.
  • April 2022. Third-party validation of direct-writing patterning on our thin-film material.
  • February 2022. Simulation code released to model the impact of disorder—dislocations, point defects, strain—on x-ray diffraction intensities.
  • December 2019. Strong ferromagnetic double-layer structure developed for handheld electronics.
  • September 2019. Rare-earth-free magnetic thin films created from common, affordable elements for semiconductor manufacturing.