A Bayesian method reconstructs molecular electron densities from sparse single-molecule XFEL scattering images in the unknown-orientation, high-Poisson-noise regime, reaching detector-limited 9 nm resolution on experimental phage data using 0.01% of photons.
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Bayesian electron density determination from sparse and noisy single-molecule X-ray scattering images
A Bayesian method reconstructs molecular electron densities from sparse single-molecule XFEL scattering images in the unknown-orientation, high-Poisson-noise regime, reaching detector-limited 9 nm resolution on experimental phage data using 0.01% of photons.