NASA Enhances Roman Space Telescope Imaging Performance
NASA has calibrated the Roman Space Telescope to a precision that improves image quality by 30% over initial design requirements.

NASA has calibrated the Roman Space Telescope to a precision that improves image quality by 30% over initial design requirements.

Researchers have successfully entangled a glass bead with a light field using optical tweezers, creating a potential new platform for quantum memory storage.

Australian National University researchers have developed high-precision optical coatings for LIGO detectors to improve the sensitivity of gravitational wave observations.

Lumentum stock has surged 570% over the past year, outperforming major tech firms as demand for its optical components for AI infrastructure continues to grow.

Researchers at ETH Zurich have introduced Fourier pixels that act as both light sensors and emitters by manipulating amplitude, phase, and polarization.
TDK has introduced a new meta-optic mirror technology for direct retinal projection, aiming to simplify smart glasses design and enable mass production.

TDK has introduced a direct retinal projection display for smart glasses using flat meta-optical mirrors, with plans to launch mass production in the coming years.

Researchers have successfully trapped hybrid light particles using perovskite metasurfaces, paving the way for optical processors that could outperform current electronics by hundreds of times.

TuringQ has launched the Gen3 optical quantum computer, featuring a modular rack-based design and proprietary low-latency interconnect technology.

Researchers in China have developed a multidimensional optical computing architecture that achieves 324-channel parallel processing with an 84.5 percent accuracy in image recognition tasks.
