Cool Science Experiment - Boyd Bushman Idea !

XL5


IMO 2 counter rotating bismuth and or lead disks, high voltage and magnetic field may do something, I just don't want to make it and not getting anywhere. Even a more solid lead version of the mercury toroid inside the TR-3B might also do something.

combining Boyd's idea with bismuth is probably a good idea. perhaps the magnetic foolery will be the mechanism needed to whip gluons into gravitons. bismuth is diamagnetic so your bismuth should be treated to align the nuclei in one direction like a magnet's magnetic domains. that should ensure any alleged exposed gluon exchange field is oriented the same way which should strengthen any anomalous effects. you are probably aware already that bismuth is element 115's respectable little brother. in fringe science lore it is alleged that it too has an exposed gluon field. only now, it's no longer just kook lore now it is respectable sakurai prize winning science:

www.preposterousuniverse.com...

Along the way, Zvi, John Joseph and Henrik, thanks to the time-honored method of “just staring at” the loop integrand provided by unitarity, also stumbled on a new property of gauge theory amplitudes, which tightly couples them to gravity. They found that gauge theory amplitudes can be written in such a way that their kinematic part obeys relations that are structurally identical to the Jacobi identities known to fans of Lie algebras. This so-called color-kinematics duality, when achieved, leads to a simple “double copy” prescription for computing amplitudes in suitable theories of gravity: Take the gauge theory amplitude, remove the color factors and square the kinematic numerator factors. Crudely, a graviton looks very much like two gluons laid on top of each other. If you’ve ever looked at the Feynman rules for gravity, you’d be shocked that such a simple prescription could ever work, but it does. Although these relations could in principle have been discovered without unitarity-based methods, the power of the methods to provide very simple expressions, led people to find initial patterns, and then easily test the patterns in many other examples to gain confidence.