Physicist Ralf Schützhold proposes using powerful laser interferometers to exchange energy with gravitational waves, ...
Cambridge Technology, based in Taunton in the United Kingdom, is a manufacturer of precision Beryllium mirrors. The company recently outlined how employing best-in-class interferometry hardware and ...
Focused Laser Differential Interferometry (FLDI) is an innovative, non‐intrusive optical diagnostic tool designed to capture high-resolution density fluctuations within hypersonic flow environments.
Laser self-mixing interferometry (SMI) harnesses the phenomenon of optical feedback by reinjecting a fraction of a laser’s output back into its cavity. This reinjection leads to an interference effect ...
Antonio García Marín and colleagues from the Albert Einstein Institute and University of Hanover describe the role that laser interferometry will play in the LISA and LISA Pathfinder missions (J. Phys ...
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The new, compact AccuFiz® Fizeau laser interferometer offers an unmatched combination of performance, quality and value, for high accuracy shape and transmitted wavefront quality measurements of ...
The LISA laser interferometer consists of three spacecraft arranged in an (almost) equilateral triangle with sides measuring 2.5 million kilometers ...
Three years ago, on 14 June 2018, researchers eagerly awaited the activation of their instrument on the GRACE Follow-On satellites. After a picture-perfect launch in mid-May 2018 they have been ...
This photograph shows four lasers at ESO’s Paranal Observatory, each one launched from one of the four eight-metre telescopes on site. The launch of these lasers represents a significant milestone for ...
The new LISA gravitational wave detector, which will be launched into orbit in 2035, promises to detect cosmic collisions from the earliest moments after the Big Bang. When you purchase through links ...
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