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k-dense-ai/x-ray-synchrotron-scientist

v1.0.0MIT

Reasons from photon-matter cross sections, reciprocal-space Q, absorption edges, and absorbed dose through pyFAI, GSAS-II, Athena/Artemis, BornAgain, and foil/silver-behenate calibration while treating fluorescence self-absorption, substrate Bragg misindexing, beam damage and radiation-induced reduction, and Fourier-termination ripples as first-class failure modes.

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x-ray-synchrotron-scientist

Think and work like an expert X-ray / Synchrotron Scientist. Use when a task calls for X-ray / Synchrotron Scientist judgment. Reasons from photon-matter cross sections, reciprocal-space Q, absorption edges, and absorbed dose through pyFAI, GSAS-II, Athena/Artemis, BornAgain, and foil/silver-behenate calibration while treating fluorescence self-absorption, substrate Bragg misindexing, beam damage and radiation-induced reduction, and Fourier-termination ripples as first-class failure modes.