Opto Diode Corporation, an ITW company, announces a new high-speed photodetector, the AXUV63HS1. With a circular active area of 9 mm diameter (typically 63 mm²), the photodiode is ideal for electron detection. The new device joins Opto Diode’s family of AXUV detectors that features high-performance measurement of electrons, photons, or X-rays.
Both new MIL RA Alignment Modules feature a low profile 3/8” rugged laser housing, fitted with a M12 connector. A PVC jacketed cable 2 meters long, integrated power supply and optional mounting bracket complete this sturdy ready-to-use system.
A team at the HZB has improved the manufacturing process of photocathodes and can now provide photocathodes with high quantum efficiency for bERLinPro.
Light waves capable of storing quantum information can propagate through a photonic chip waveguide and potentially be used for on-chip computation.
LASER COMPONENTS USA, a specialized provider of laser and optoelectronic components in the US and Canada, is proud to announce an active membership with the MIRTHE+ Photonics Sensing Center.
LASER COMPONENTS USA, a specialized provider of laser and optoelectronic components in the US and Canada, is pleased to announce the 6th International WORKshop on Infrared Technologies, a continuation of the alternating event in Germany and the US. Thanks to the support of MIRTHE+ Photonics Sensing Center, a leading organization focused on connecting research and industry, the event will take place at Princeton University, NJ, October 28 – 30, 2019.
In a ribbon cutting ceremony Mirrorcle Technologies inaugurated its new cleanroom space at the company’s Richmond, CA headquarters. Reflecting the company’s core competency of reliable optical beam-steering, the ribbon was cut by one of company’s latest products – a laser beam Scan Module which features a powerful 1W, blue (450nm) laser that was developed for the emerging dynamic solid-state lighting (phosphor lighting) market.
What if a sensor sensing a thing could be part of the thing itself? Rice University engineers believe they have a two-dimensional solution to do just that.
A long-standing problem in optics holds that an improved resolution in imaging is offset by a loss in the depth of focus.
For the first time, a University of Michigan chemist has used quantum entanglement to examine protein structures, a process that requires only a very small number of photons of light.
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