33 photons per frame when diluted to 1/1024 strength.

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   ![Four versions of the same diffraction pattern showing the reduction of photons/pattern by a given selection probability, $p$. In each case, the color scale maximizes at 4 photons per pixel. (a) Original pattern (b) $p=1/4$ (c) $p=1/16$ (d) $p=1/256$[]{data-label="fig:dilution"}](frame_4906_1.png "fig:"){width="0.5\columnwidth"}     ![Four versions of the same diffraction pattern showing the reduction of photons/pattern by a given selection probability, $p$. In each case, the color scale maximizes at 4 photons per pixel. (a) Original pattern (b) $p=1/4$ (c) $p=1/16$ (d) $p=1/256$[]{data-label="fig:dilution"}](frame_4906_4.png "fig:"){width="0.5\columnwidth"}
                                                                                                                                                                       (a)                                                                                                                                                                                                                                                                                                                                             (b)
   ![Four versions of the same diffraction pattern showing the reduction of photons/pattern by a given selection probability, $p$. In each case, the color scale maximizes at 4 photons per pixel. (a) Original pattern (b) $p=1/4$ (c) $p=1/16$ (d) $p=1/256$[]{data-label="fig:dilution"}](frame_4906_16.png "fig:"){width="0.5\columnwidth"}   ![Four versions of the same diffraction pattern showing the reduction of photons/pattern by a given selection probability, $p$. In each case, the color scale maximizes at 4 photons per pixel. (a) Original pattern (b) $p=1/4$ (c) $p=1/16$ (d) $p=1/256$[]{data-label="fig:dilution"}](frame_4906_256.png "fig:"){width="0.5\columnwidth"}
                                                                                                                                                                       (c)                                                                                                                                                                                                                                                                                                                                             (d)
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Reconstruction of the 3D intensity from weakened data was performed in the same manner as previously described for all data sets using identical 