Neutrino mediated nuclear magnetic refrigeration for superconducting magnets without cryogenic coolant

I present a comprehensive design for a high force magnet with integrated "Neutrino Spindle" cooling. Weber published a design in Patent (US 5,276,717), which generates a weak bidirectional neutrino emission flow from the resonance of a Saphire Chystal. Additionally the "Urca Process" was established in 1941 by George Gamow and Mário Schenberg in which Neutrinos are known to rapidly remove heat from a system. Additionally research has demonstrated the viability of Nuclear magnetic refrigeration as a viable method of reaching cryogenic temperatures by manipulating nuclear spins. This design incorporates the principles of these established physical principles and designs and improves/combines them in a novel way in order to create an actively cooled superconducting electromagnet. I analyzed Weber's patent in the context of Superfluid String Dynamics and was able to model an improved mechanism for neutrino production, creating both increased Neutrino flow and unidirectional emission. The Weber patent used stable Aluminum-27 for weak neutrino emissions, this new design utilizes a Hafnium-178m2 doped Sapphire Metamaterial. The lattice is grown in a specific logarithmic spiral geometry to induce orbital angular momentum, enforcing uni-directional emission. This enhanced mechanism allows active neutrino-mediated entropic cooling for high-field superconducting magnets, and as a side effect also generates a small amount of neutrino induced thrust.