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A hierarchy of statistics of increasing sophistication and accuracy isproposed, to exploit an interesting and fundamental arithmetic structure in thephoton bunching noise of incoherent light of large photon occupation number,with the purpose of suppressing the noise and rendering a more reliable andunbiased measurement of the light intensity. The method does not require anynew hardware, rather it operates at the software level, with the help of highprecision computers, to reprocess the intensity time series of the incidentlight to create a new series with smaller bunching noise coherence length. Theultimate accuracy improvement of this method of flux measurement is limited bythe timing resolution of the detector and the photon occupation number of thebeam (the higher the photon number the better the performance). The principalapplication is accuracy improvement in the bolometric flux measurement of aradio source.

Improvement in the accuracy of flux measurement of radio sources by exploiting an arithmetic pattern in photon bunching noise