"For a new lithography technology to be successful, the supporting ecosystem must be developed years in advance. The MET is used by researchers from around the world for early learning in key areas such as resists, processing, and masks."
MET Principal Investigator
The MET is a SEMATECH-sponsored 0.3-NA extreme ultraviolet (EUV) microlithography tool situated on undulator beamline 22.214.171.124 of the Advanced Light Source at Lawrence Berkeley National Laboratory. The MET has a unique programmable coherence illuminator that allows it to achieve world-leading 12-nm imaging resolution.
World's first demonstration of sub-16-nm dense patterning using conventional photolithography. February 2010.
The MET’s unique capabilities allow it to reach down to 12-nm, today, giving researchers a clear and unparalleled view into the future of photolithography. Using these capabilities, materials researchers from Inpria Corporation have developed photoresists capable of sub-16-nm patterning.
Resist line edge roughness (LER) negatively affects process yield and device performance. Working in collaboration with industry, national labs, and academia, CXRO researchers use the MET to quantify LER, find its root causes, and discover ways to mitigate it. The image to the right shows anisotropic three-dimensional details of typical LER.
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