vorteuxx.eth
412 posts

vorteuxx.eth
@vorteuxx
Neuro-ape, AI art, NFT builder, Cyber: https://t.co/I0d5KqgDSN







Unverified fully levitating #lk99 from China


Meissner effect or bust: Day 8.5 We made the rocks


How Long? GOSPEL ⏰ 9000 BC 🇬🇷Magnesia, Greece - an old shaman communes with a speck of floating dust, a small window into an unknown universe ⏰ 1675 🇬🇧Cambridge, England - Isaac Newton, gets nerdswiped. “The last of the magicians” tries to steal from ancient magical tomes. The two oldest elements in the book, Copper and Lead, mixed over and over again from crucible into furnace. ⏰ 1944 🇨🇭 Zurich, Switzerland - Just before D-Day, Psychiatrist Carl Jung delves into the ancient manuscripts of alchemy, now reduced to records of the madness of their authors. He ponders humanity’s collective unconscious obsession with mixing things together and burning them, especially Lead, Copper and Gold. ⏰1991 🇨🇳Sichuan, China - Feng Jingsong, on his off days as a maintenance technician for the Hydropower Bureau, fabricates… something He files a patent for a superconductor. His tells his colleagues, who laugh off what he shows them as a magic trick, fails to replicate the manufacture, and dies of lead poisoning five years later. ⏰2017 🇺🇸Maryland, US Naval Air Station Patuxent River - Salvatore Pais files a patent for a "piezoelectricity-induced room temperature superconductor”, Redditors in 2023 identify this and four others as UFO patents. Later JH Kim and Qcenter’s cite this one as prior art. ⏰2020 🇰🇷Seoul, South Korea - Qcenter - JH Kim, bumps his elbow against his desk, cracking the quartz capsule holding the lead-copper mixture at 925 °C, as it exits the furnace. The “first” magical floating rock has been created. ⏰2023 July 22, Sat 2.30 am PST JH Kwon Arxiv Paper Drop ⏰2023, July 29 Sat 🇷🇺Internet, Russia - Soil scientist/anime catgirl Iris, curses materials chemist JH Kim’s description of the synthesis. Crystals are grown like plants you idiot. She improves on the process, increasing the yield tenfold, and decreasing the time from 4 days to 18 hours. The only people who believe her are fellow degenerate Internet dopamine addicts who know the difference between doing it for the lulz and a LARP. ⏰2023, July 31, Mon 4pm PST 🇨🇳Bilibili, Chinese Youtube, anon account posts a video of a floating rock, to a backtrack of a dry academic lecture in Putonghua. The lack of attribution makes it a little sus. But the Firewalled Great Horde has exploded over LK99, with over 420 million comments on Chinese twitter since the Arxiv paper drop. It takes 12 more hours before Huazhong University allows Prof Haixin Chang and his grad students to stake the first academic replication claim. ⏰2023, August 1, Tuesday 💻 internet - Arxiv - the Paul Ginsparg founded former astrophysics preprint server releases in quick succession 2 dueling papers, one from Sinead Griffin at Lawrence Berkeley National Labs, the other from Shenyang University in China. Griffin identifies that the Copper has to be precisely placed into the right location on the Lead matrix to really work. She predicts an extremely difficult manufacture, working inconsistently and unpredictably. Shenyang matches her work, but predicts substituting the Copper with Gold will work as well. Both use giant universe prediction supercomputers to delve into the precise mathematical location of tiny atoms the size of a pin in the solar system, that JH Kim has placed through 8,000 attempts in over a decade with his bare hands.


Is this the first replication of #LK99? Folks, help. Here's the full text and video uploaded to twitter, enjoy 🫡 source in RT tweet, was just dropped on BiliBili by folks in 🇨🇳 full text translated by Targum.video The toothpick is pointing to the material we obtained, this black dot. And under the microscope, it looks like this on the screen. Let's zoom in a bit. This is an aluminum shed magnet. Then we place this aluminum shed magnet underneath its material to observe the reaction of the material. This can be directly extended underneath the material. Let's find the position. OK, found it. Adjust the focus. Our magnet is now directly below this sample, but it is far away. Now we slowly bring the magnet closer to this sample. You can see it standing up. Now let's move away from this sample. And then it falls down again. Let's bring it closer to this sample again. It stands up again. And then it falls down when we move away. Now let's change the direction of the magnet. And then put it underneath again. After it comes close, this sample piece stands up again. And then it falls down when we move away. And then it stands up again when we come closer. And then it falls down again when we move away. Now I'm going to directly change the direction underneath. You can see that after changing the direction, it is still magnetic. And then when we come closer, it stands up. And then when we move away, it falls down. And then when we come closer, it stands up again. And then when we move away, it falls down again. It stands up. It falls down. It stands up. It falls down. It stands up. Whether it's N-class or S-class, it has a magnetic force on this piece. It's magnetic.




