https://www.quantamagazine.org/the-cartoon-picture-of-magnets-that-has-transformed-science-20200624/
some INTERESTING OBSERVATIONS…. Loss of the directional control of angular momentum in nuclei is probably is associated with the creation of unstable nuclear conditions and isotopic transitions. It may also change gravity Of a group of nuclear magnetic dipoles, if the TOTAO magnetic dipole attraction is modified—either increases or reduced? *This question stems from the CONJECTURE that gravity results from an random collection of nuclear magnetic dipoles and the respective 0 (zero) net angular momentum. The calculation of an attractive magnetic field at large distances between randomly oriented groups of magnetic dipoles supports the CONJECTURE noted above IMHO. http://downloads.hindawi.com/archive/1998/079537.pdf A better reference would be nice. . Bob Cook
