The optical system is central to a star sensor, focusing starlight onto the image sensor. The tracker's reliability and ...

The AR glasses optical waveguide system consists of a display and an optical lens that uses TIR principles to transport light. Light is directed into and out of the lens at certain angles, which is ...

The DeepInMiniscope enables non-invasive, high-resolution imaging of mouse brain activity, transforming neuroscience research ...

The European Commission is investing €5 M to launch a new photonics education and training network that links Europe’s ...

Insights into coherence synthesis in nonlinear optics highlight the role of spatial coherence in shaping second harmonic ...

The integration of biological principles into artificial visual systems is advancing machine vision, enabling superior ...

This review discusses how nonlinear optics and intelligent control techniques are advancing ultrafast laser technology, ...

Transformative optogenetics technology allows for spatial and temporal control of cellular activity, enhancing research in ...

Zerodur: A glass-ceramic developed by SCHOTT, Zerodur has near-zero thermal expansion and outstanding long-term stability. It ...

Silicon carbide (SiC) mirrors are high-performance optical components known for their exceptional strength, thermal stability ...

With its ability to control light at nanoscale, plasmonics is transforming optical technologies, impacting fields from ...

Spectroscopy, the study of light-matter interactions, is vital for understanding molecular properties and advancing ...