Sir, While it is clear that spin-orbit coupling can be get for nuclear forces by using a relativistic approach, practitioners known that the huge spin orbit separations at big magic numbers do still need of an empirical adjust. So I considered interesting to take a look to nuclei for magic numbers 50, 82 and 126 by looking at the sub-shells that are responsible of the magicity. These are, respectively, g9/2, h11/2 and i13/2. I considered to evaluate the average weight of nuclei while they are filling these sub-shells. As the filling happens for neutrons and protons, this double process drives to consider rectangles. Of the possible nine rectangles, only three touch the valley of stability, and they happen of course near the doubly magic nuclei, ie: A) Near P=50,N=50, B) Near P=50,N=82, and C) Near P=82,N=126. Using the filing order for instance from Cottinghan/Greenwood, one sees that the respective average number of nucleons in each rectangle is 90, 115, and 181. The corresponding masses show a intriguing pattern. A) 90 amu is about 83,8 GeV, which is about a -4% of the mass of the W or/and about a 8% of the mass of the Z0. B) 115 amu is about 107 GeV, which is about a 6% of LEP Higgs Events. C) 181 amu is about 167 GeV, which is about a 3% of the mass of the Top Your editor has considered all the above process unscientific. Textually, N. Auerbach wrote back that "I have reviewed the above paper and find it to be scientifically not valid". I can recognise that there is no backing theory, one of many body kinematical relationships or so. But there are not arbitrary choosing of data points or any other unscientific, nor numerologist, methodology. He could argue, as other journals did, about if a multiple coincidence of events below 10% error deserves notification as a letter. Or about if the event B is qualified enough. Perhaps your editor is tired of glancing over speculative comments -which regretly is nowadays a hard part of the job of being an editor-. If he is tired, I will suggest him simply to quit the job. Yours, Alejandro Rivero