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First video of LK-Ninety 9 Fat Levitation with flux pinning. The video was once posted to the Chinese video-sharing put BiliBili and claims to be a extremely pure synthesized sample of LK-Ninety 9.
Here is the Bilibili version of the video.
Both here’s a in point of fact properly-carried out faux, or we in point of fact did authorized enter the technology of room temperature superconductors. What’s viewed here (right levitation above a dipole magnet) can *only* be a outcomes of flux pinning. If the sample was once a beforehand known low temp SC that had been… https://t.co/BuMt6L9k1h
— Andrew Higgins (@A_J_Higgins) August 5, 2023
Given time and resources, any chemist or field cloth scientist can even reproduce it. If it is accurate, the cat is out of the net.
— Andrew Higgins (@A_J_Higgins) August 5, 2023
First video of LK-Ninety 9 Fat Levitation, aka flux-pinning
This video was once authorized posted to the Chinese video-sharing put BiliBili and claims to be a extremely pure synthesized sample of LK-Ninety 9.
What’s the physical phenomenon on the help of this and what does it mean?
Levitation of… pic.twitter.com/KGRhGjtrOy
— Andrew Cote (@Andercot) August 5, 2023
Display mask that this orientation of magnets on the bottom produces whats known as a ‘dipole field’, admire that of a bar magnet. If the subject cloth on high was once a easy diamagnetic, then it is physically inconceivable for it to stably levitate, especially when poked by the stick.
Here’s from a…
— Andrew Cote (@Andercot) August 5, 2023
Here’s a video of a extra gentle SC sample which is cooled down, exhibiting the same roughly shakiness when a miniature bit of perturbed. pic.twitter.com/PguemytbGn
— Andrew Cote (@Andercot) August 6, 2023
The linked tweet reveals a video of what may maybe well presumably presumably be the world’s first fully levitating LK-Ninety 9 superconductor sample.
I’m leaning in direction of there being some validity to the video, since the uploader “炼丹师阿翔” had beforehand documented one other replication strive of his which… https://t.co/5EndkKfRJs pic.twitter.com/oAIdM9Aojv
— Floates0x (@floates0x) August 5, 2023
I figured that pinned vortices rob quite some depinning power to be moved a long way off from their pinning centres, hence for puny actions it rather snaps reduction than relocate pinned vortices. If I recall wisely this snapping reduction is what we desire.
— Jorrit de Boer (@JorritdeBoer) August 5, 2023
One other reproduction of the video is from douyin.com.
Unverified fully levitating #lk99 from China pic.twitter.com/MF9744UAeM
— LERE (@lere0_0) August 5, 2023
Brian Wang is a Futurist Thought Chief and a favorite Science blogger with 1 million readers monthly. His blog Nextbigfuture.com is ranked #1 Science News Blog. It covers many disruptive technology and traits alongside with Space, Robotics, Synthetic Intelligence, Remedy, Anti-aging Biotechnology, and Nanotechnology.
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