Python package to access optical constants of elements and various materials in the EUV and VUV wavelengths.
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Updated
Jan 26, 2026 - Python
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vuv
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A falsifiable research program for room-temperature atomically precise manufacturing using absorbing-state error correction, charge-state chemistry, self-timed reaction latches, coherent VUV/EUV control, and nanophotonic/cavity-conditioned state selection.
materials-science quantum-optics programmable-matter cavity-qed nanofabrication nanotechnology room-temperature high-harmonic-generation nonequilibrium-physics euv surface-chemistry vuv molecular-electronics kinetic-proofreading atomically-precise-manufacturing atomic-scale-fabrication attosecond-science charge-state-control chemical-error-correction
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Updated
Sep 5, 2026 - TeX
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