A laser-based mass spectrometry imaging method maps covalent drug-protein complexes in brain tissue, revealing spatial target engagement and blood-brain barrier penetration.

Advancements in waveguide and metasurface technologies are crucial for developing AR glasses that deliver superior depth-correct imagery and color fidelity.

Gentec-EO announces the release of the UP100, the largest thermopile laser power detector in its portfolio, specifically ...

Researchers review how ultrafast XFEL techniques can reveal structural changes, metastable phases, and chemical reactions at ...

The concept of light cones is pivotal in cosmology, linking gravitational waves and black hole horizons through causal ...

Alluxa, Inc., a global leader in high-performance optical coatings, filters, and thin-film deposition technologies, has been ...

Anti-reflection coatings reduce unwanted reflections, preserving image contrast and improving light transmission.

Researchers have developed ultra-thin smart materials that can be reprogrammed with light, making way for adaptable sensors ...

Optical fiber has already transformed the modern world. New research now suggests it could do even more. A new flat fiber fabrication technique produces a high fidelity sensor for a wide range of ...

The ability to change focus instantly is something most people take for granted. Every day, our eyes effortlessly switch between reading a book, recognizing a face across the room or watching a bird ...

Lasers are currently used in material processing applications such as welding, cutting, additive manufacturing, marking, and engraving, allowing for greater precision, quicker rates, and enhanced ...

Today, Amazon announced a multibillion-dollar agreement with Corning Incorporated, a leading manufacturer of advanced glass and fiber optic technology, to supply the optical fiber, cable, and ...