
Dr. Qi Zhang was awarded an early career LDRD for her proposal titled "Manipulating materials and their properties within confined geometry using advanced nanofabrication methodologies."

The Center for X-Ray Optics (CXRO) develops state-of-the-art EUV and X-ray technologies that push the boundaries of microelectronics and scientific instrumentation. We focus on foundational, high-impact research aligned with national priorities—delivering breakthrough solutions directly usable by industry.

Comprehensive database of X-ray optical constants and interactions with matter.
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Advancing extreme ultraviolet lithography for next-generation semiconductor manufacturing.
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X-ray microscopy, spectroscopy, and magnetic imaging at the nanoscale.
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Precision-engineered EUV and X-ray instruments for research and industry.
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Enabling the future of microelectronics through novel materials and metrology.
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Meet the scientists and engineers driving innovation at CXRO.
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Dr. Qi Zhang was awarded an early career LDRD for her proposal titled "Manipulating materials and their properties within confined geometry using advanced nanofabrication methodologies."

In this 7-minute audio interview, listen as Bruno La Fontaine, director of the Center for X-Ray Optics (CXRO), discusses how scientists at CXRO and the Advanced Light Source helped pioneer a revolutionary approach to making microchips called extreme ultraviolet lithography.

The CXRO Microfield Exposure Tool (MET5) team was recently featured in lab Microelectronics article: Article Microelectronics Compute This: Six Ways Berkeley Lab is Shaping the Future of Microelectronics