Electrospray and laser assisted “fabrics” and “strings” can be made – up to atomic and nuclear bond energies
Chan Zuckerberg Initiative @ChanZuckerberg Imaging researcher @edithsandstroem + team captured this image in under 12 minutes—the same image generated with the current standard of mass spectrometers would take more than 3 days! https://pic.x.com/wu9fcipfnr
Replying to @ChanZuckerberg and @edithsandstroem
The electrospray Taylor cone approach for surface tension (surface energy) might well be applied to carbon, boron, boron nitride and other nanotube production. The sheets are a form of surface energy, the energies can be precisely modeled and the created and maintained. The issue of extended nuclear materials (forming using the strong magnetic dipole forces between protons and protons, protons and neutrons, neutrons and neutrons — can likely be approached the same way. There seems to be analytic pathways for all the relevant calculations. And the technologies are already available for other reasons on the Internet, including electrospray ionization, laser plasma ionization and high harmonic gain stabilization.
A factor of 100 improvement in fiber strength only requires bond densities a factor of 100 larger. The “strong force” can be modeled easily with magnetic dipole approximations and standard electromagnetic math. In a simple way, “chemical bonds” are eV and “weak force bonds” are tens of KeV. Then “strong bonds” are MeV and up. Some forces and tensions can be synthesized dynamically, providing energy where and when it is needed by building the potentials with appropriate gradients at the right times.
The tool is “amorphous” magnetic energy densities made form dynamic magnetic fields from 100 to 10,000 Tesla. KiloTesla is already a staple in the Internet and groups are talking about MegaTesla. Once a group starts like that, it almost never disappears but grows on the Internet and in society. Synthetic gravitational potential fields can be made with 400 Tesla fields and less. High harmonic gain lasers for hard and soft x-rays can reach that. I am watching it happen, but I am just one person. The Internet has kicked into high gear with the threat and potential of true AI.
Maybe AIs can be trained to map out all these processes, verify and make them open and accessible for all.
Filed as (Electrospray and laser assisted “fabrics” and “strings” can be made – up to atomic and nuclear bond energies)
Richard Collins, The Internet Foundation
Samantha Storm @sam4health Incredible progress in medical imaging! 12 minutes vs 3 days is a game-changer. Can’t wait to see the impact this has on healthcare and research!
Replying to @sam4health @ChanZuckerberg and @edithsandstroem
