Join experts from Omega Optical, TNO, and EarthEye Space for a free-to-download webcast on how photonic technologies can measure levels of greenhouse gases more accurately and efficiently
This latest development between Princeton Infrared Technologies and NASA aligns with the space agency’s goals for future missions, requiring the precise detection of atmospheric chemicals.
Mika Pettersson and Aleksei Emelianov from the University of Jyväskylä, Finland, discuss their research on using femtosecond lasers to modify 2D materials, leading to advances in sensors, electronics and next-gen material technologies.
Aeluma’s progressive work in semiconductor manufacturing combines high-performance compound materials with large-diameter substrates commonly used in mass-market microelectronics.