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To calibrate the internal wavefront sensor (ZELDA) under highly demanding conditions, the team turned to Phasics’ SID4 SWIR-HR—a short-wave infrared wavefront sensor built on QWLSI technology, delivering phase resolution better than 2 nm RMS.
May 23, 2025
In ultrafast optics, the true damage limit of LC-SLMs lies at their interfaces. Wavefront sensing exposes how nonlinear effects trigger failure well before the bulk material gives way.
May 15, 2025
Even minimal optical absorption in high-power laser systems can significantly affect wavefront quality. Institut Fresnel and CILAS researchers recently leveraged Phasics' SID4 wavefront sensors to accurately measure thermal-induced wavefront distortions in thin-film optical components under high-power laser irradiation.
May 6, 2025
Phasics SID4 Bio Highlighted in American Journal of Physiology - Cell Physiology
April 25, 2025
As compact, efficient, and highly functional optical devices, metasurfaces push innovation across various industries. The integration of Phasics' metrology solutions into the production and testing phases ensures that these advanced materials meet the rigorous demands of modern optical applications.
Feb. 24, 2025
Unlike superconducting or photonic quantum computing approaches, trapped-ion quantum computers require the integration of multidisciplinary technologies, including vacuum systems, laser and optical systems, radiofrequency (RF)/microwave engineering, and coherent electronic control. Industry leaders in North America have now surpassed the 20-qubit milestone and are advancing toward practical applications.
Feb. 17, 2025