On Friday, October 16th, femtosecond laser manufacturer LITILIT opened a new laser factory in Vilnius which, according to the company, has the highest potential femtosecond laser capacity in the world ...
MKS Inc., a global provider of enabling technologies that transform our world, today announced that it has entered into a ...
A label-free optical imaging method reveals changes in cellular lipids, proteins, and metabolism following X-ray exposure.
The evolution of picocavities and plasmonic nanogaps is revolutionizing light confinement, enabling atom-level control in ...
A recent study, published in a peer-reviewed medical journal, found femtosecond laser imaging assesses lung tumor margins six ...
Microplastics in drinking water can be identified using automated FT-IR analysis and AI-driven polymer classification for ...
Microplastic (MP) monitoring in marine surface waters is often analytically challenging. This is because particle counts can ...
Micro- and nanoplastics analysis using Raman microscopy provides particle-level chemical, size, and morphology information ...
To determine the polymer identification of the accumulating particles, chemical analysis is required rather than visual ...
Raman microscopy provides chemically specific identification of polyethylene microplastics within biological tissue samples.
Beam collimators improve alignment, reduce signal loss, and support reliable long-distance free-space optical communication.
Wasatch Photonics has added a new 23 nm bandwidth option to its Cobra-D 800 OCT spectrometer. It reaches an imaging depth of 15.5 mm, with 0.01 nm spectral resolution, centered at 842 nm.
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