the qso have not an uniform distribution in the sky
3. the quasars are not distribuited uniformely in the sky
F. Selleri in the book "Fisica senza dogma" -Ed. Dedalo- asserts at page 219 that "if the cosmologic hypothesis (the shift to the red = distance ) would be true , we should have the quasars ,very far , distribuited uniformely in the sky around us....but the quasars in the Andromeda direction are 3-4 times more numerous than in the opposite direction..."
c. the stars near the warm-ones, have normal rad. vel.
Like we observed in the points a. and b. , following the 'proposed ' formula , the warm stars seem to show a higher and anomalous' rad. vel.;
From the selected 8250 stars obtained like in b. ( including stars of the main sequency with distance 60 -2000 y. l. with rad. vel. and proper motus +and - 50 km/s ), lets take the warmest-ones ( ordered by temperature and having B-V between -0.25 and -0.16)...then, for each star, we make the average of rad. vel. (included + or - 50 km/s ) of the 5 nearest stars , based on the spatial coordinates AR and DEC. We obtain two categories of 100 rad. vel. to compare : the first-one done with warm stars having total average +13.56 km/s and the second-one with normal stars (average of 5 near and casual stars) with total rad. vel. +10.14 km/s.
If we consider 5 groups of 20 stars from each category and we calculate the average of the relative rad. vel. , we get for the warmest-ones values of 12.6, 17.0, 16.1, 10.2, 11.9 and for the other-ones 7.5, 13.3, 12.0, 9.4, 8.5....therefore, not only every group of warm stars shows higter rad. vel. than the group of 'normal' stars , but also it seems that the difference is diminuishing with the lower temperatures...
this all can be casual , but at least , our starting hypothesis can remain possible...
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