Such highly correlated intense beams could have applications in very various demains : first, it may enhance the sensitivity of absorption measurements (15) : if one inserts an absorption cell on one arm and scans thefrequency around an absorption frequency, the signal-to-noise ratio of the absorption dip recorded on the signal I1- I2 is no longer shot noise limited. Second, in a way analogous to ref. (16), one can monitor the I1 intensity only and use this signal to react on I2 (or on the pump intensity). This would provide an intensity squeezed laser like beam, i.e.an approximation of a Fock state IN>, which has so far never been obtained in the laboratory.