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" ... I received an e-mail from a colleague at one of our National Laboratories after he read the article. He is a senior vulnerability specialist and leads a team that discovers security and design flaws in hardware. He read the article and wrote that “Their argument (Kaba’s) that rare earth magnets are state-of-the-art is bizarre. I thought rare earths were commercially available in the late 1960s, with battery powered electromagnets (which can be stronger) available in the 1900s.” ... "
" ... That’s the name of TAE’s 100-foot-long prototype nuclear fusion reactor, a magnificent assemblage of stainless steel vessels, electromagnets and particle accelerator tubes. Once every eight minutes Norman emits a clang, as it transforms 100 million watts of electricity into a cloud of 30 million degree Celsius plasma that it blasts with beams of protons (the simplest form of hydrogen). They smash together with enough force to fuse into helium—releasing copious amounts of energy in the process. “It’s a function of violence,” says Binderbauer, 50, with a smile. ... "
" ... To understand the Higgs self-coupling even better, a ~100 TeV hadron-hadron collider will be the ideal tool, producing over 100 times the number of Higgs bosons than the LHC will ever create. A proton-proton version of a Future Circular Collider can use the same tunnel as the lepton-lepton version and will employ next-generation technology for its electromagnets, reaching field strengths of 16 T, which is double the LHC's magnet strength. (These magnets will be a formidable technological challenge for the next two decades.) It's an ambitious plan that allows us to plan for at least two colliders in the same tunnel. ... "
" ... Today's Google Doodle celebrates the 241st birthday of mathematician and physicist Carl Friedrich Gauss, who was among the first to explore non-Euclidean geometry, proved the fundamental theorem of algebra, and discovered the equations to describe magnetism and electricity, which provided the basis for later physicists' work on electromagnets. He also did groundbreaking work in number theory, probability (you may have heard of a Gaussian distribution), and astronomy. Gauss's story is the story of a genius born to a poor family in Lower Saxony who caught the attention of a wealthy patron - and a hardworking, driven researcher whose own perfectionism often held him back from publishing his discoveries, but who nontheless revolutionized several fields of study, from astronomy to algebra. ... "
" ... We might be able to control electric and magnetic fields incredibly well under laboratory conditions, but our terrestrial energies are limited by the physical constraints of the electromagnets and accelerator facilities we build here on Earth. They're certainly impressive, but they're no match for the laboratory of the Universe. ... "