Superconductivity: a set of properties in which electrical resistance drops to zero—typically appears only under frigid or high pressure conditions. But the researchers claimed LK-99 exhibited these qualities at room temperature and atmospheric pressure.

Among the evidence: an apparent drop in resistance to zero at 400 Kelvin (127 degrees Celsius) and a video of the material levitating above a magnet. The authors, led by Ji-Hoon Kim and Young-Wan Kwon, proposed that this was the result of the Meissner effect, the expulsion of a magnetic field as a material crosses the threshold of superconductivity.

If that were true, it could indeed lead to a new era: resistanceless power lines, practical levitating trains, and powerful quantum devices.

Introducing $LX - A lab-constructed ERC-20 that is designed to hover above competition. We have carefully crafted this contract to mirror the physics of LK-99, thus ensuring a safe moon-mission.

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