Phasics
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Teitell Lab at the University of California, Los Angeles (UCLA) developed a novel analytical platform combining Quantitative Phase Imaging (QPI) with machine learning. This platform enables the label-free, single-cell-resolved, real-time tracking and classification of T cell-induced cytotoxic events against tumor cells.
Aug. 22, 2025
Phasics implements state-of-the-art adaptive optics (AO) solution, precisely engineered for demanding high-energy and high-vacuum environments. A great example is the system that was developed and delivered for the 3PW beam line of the ZEUS laser facility.
Aug. 8, 2025
Nuclear fusion promises clean, safe, and virtually limitless energy by replicating the Sun's power on Earth. As breakthroughs accelerate, optical precision becomes critical. Discover how fusion is evolving and why advanced diagnostics like Phasics matter more than ever.
July 18, 2025
Phasics has recently delivered a customized long-wave infrared (LWIR) multi-wavelength wavefront measurement platform to an aerospace customer, providing precise wavefront testing at 8.6 µm, 9.2 µm, and 12 µm within a single, compact device. This solution enables accurate measurement of divergent IR beams across multiple wavelengths , supporting advanced development and alignment of complex infrared optical systems.
June 27, 2025
If your laser system’s performance depends on tight beam control and consistency, KALAS gives you the clarity to move forward with confidence. For passive optics, our Kaleo Kit remains the go-to solution for ultra-precise static metrology.
June 13, 2025
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