Magnetic levitation technology is advancing across multiple domains, from experimental control systems and cellular manipulation to consumer applications like hoverboards and collectible figurines. Researchers are refining trajectory tracking and precision levitation techniques while hyperloop projects explore the technology's transportation potential.
·Takagi-sugeno fuzzy control systems improve trajectory tracking and robustness in magnetic levitation experiments
·Scientists achieve dynamic and precise electromagnetic levitation of single cells for biological research
·Induction cooktops are being repurposed as platforms for magnetic levitation demonstrations
·Cornell Hyperloop project mathematically models magnetic levitation for next-generation transportation
·Makers and manufacturers apply levitation to consumer products from hoverboards to floating collectibles
drawn from Aerospace America, Nature, Hackaday, New Atlas · updated 87d ago