Category: Magnetic pairs

Neutrons can readily bind by magnetic dipole force to each other, and to other magnetic dipoles.

Richard K Collins Atomic Fuels, Magnetic pairs April 5, 2024

MIT Physics @MIT_Physics MIT researchers discover “neutronic molecules” https://physics.mit.edu/?p=17971 @ScienceMIT Replying to @MIT_Physics and @ScienceMIT Neutrons can readily bind by magnetic dipole force to each other, and to other magnetic dipoles. Then look for electron clusters and proton clusters in places like neutron stars, collisions, high energy density, black hole regions. Many are observable now
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Strong Nuclear force using magnetic dipole force and energy

Richard K Collins Atomic Fuels, Electromagnetic Gravitational Field, Gravitational Engineering, Magnetic pairs June 10, 2023

The Action Lab: What Does The Strong Nuclear Force Look Like? at https://www.youtube.com/watch?v=Rx4lNihOT4U The simplest easy model for the strong force that I found is to simply calculate the magnetic dipole force between the particles. Electrons protons neutrons each have permanent magnetic dipole moments in units of Joules/Tesla. To get the force in Newtons multiply the
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The vacuum is teeming with real magnetic pairs; some are ‘invisible’ particle:antiparticles with no charge and no moment

Richard K Collins Electromagnetic Gravitational Field, Magnetic pairs February 15, 2023

Twitter comment on Physical Review Letters @PhysRevLett Feb 13 Measurement of the Electron Magnetic Moment to 0.13 parts per trillion (replacing a limit from 14 years ago). Letter: https://go.aps.org/3E3jjSX Viewpoint: https://go.aps.org/3xfgeLT Replying to @PhysRevLett — One of my favorite experiments. Thanks. I particularly like “according to quantum physics, the vacuum is teeming with virtual particles”. Except I
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