LK-99 Room-temperature Superconductor Replication Succeed!!

The experiment of making LK-99 superconductor has been successfully replicated!! A research team from Huazhong University of Science and Technology in China just made a huge breakthrough today! Their experiment shows the new little piece of sample has similar properties to the LK-99 sample shown by Korean scientists.
Last week it was claimed that a material that would be superconducting at normal pressure has been found. This substance known as LK-99 was alleged to be superconducting at normal atmospheric pressure and "room temperatures.
Every time you hear a claim about a game changer like this, there is a 99.5% chance it is an over claim and will never be reproduced. Many teams of researchers from different Countries were trying replicating the LK-99 superconductor experiments in the past few days.

[@TheMiyaworld]

A research team from Huazhong University of Science and Technology in China just made a huge breakthrough today! Their experiment shows the new little piece of sample has similar properties to the LK-99 sample shown by Korean scientists. 100% REAL!!!!! ❤❤❤ not faking UFOs!!!😂😂😂

[@peter-xw1mu]

Replicating is not a huge breakthrough. South Korea made a huge breakthrough (IF its legit), not China.

[@vitalyl1327]

Did not they just show it to be a (relatively weak) diamagnetic?

[@TheBestGamesToday]

This is the most exciting moment!

[@TheMiyaworld]

That’s true!!

[@lofi_audio777]

Now China will claim LK99's owernship for sure. :D

[@TheMiyaworld]

Lol

[@AstoQ]

They can't cuz the authors in south published papers first

[@helenyi4866]

Thanks for sharing this great video. Superconductors: Material raises hope of energy revolution

[@Xenomnipotent]

Trying to be skeptical of this, but man, if this really is legit then we are going to be entering a new technological era with the amount of possibilities this creates.

[@TheMiyaworld]

Agreed! Let’s get ready

[@TheMiyaworld]

Join our LK-99 discussion community: www.reddit.com/r/LK99News

[@burneraccount1685]

so glad i have been keeping up with this, i truly feel like im witnessing history and for once not in a bad way. even if this turns out to be false im inspired

[@TheMiyaworld]

This is true!!

[@patenteux]

Is this only diamagnetism without superconductivity ?

[@blabby102]

What crap. This doesn't show the Messner effect. Just strong diamagnetism.

[@tricky778]

It doesn't even show strong diamagnetism does it? Just like an iron filing, it becomes a bar magnet in a magnetic field, one end attracts to the magnet and the other repels? Maybe it is just an iron filing - I played with them as a kid.

[@blabby102]

@@tricky778 I guess it could just be a magnetic dipole. That's the problem, without data, this is useless.

[@anfedres]

China like always replicating and claiming like a legit idea...

[@baconsky1625]

Everyone replaying to this comment get a free superconducting car from me when they appear for free /s

[@TheMiyaworld]

Lol. I hope I can get your free car before my retirement.

[@baconsky1625]

@@TheMiyaworld hahahahahaha hahahahahahahaha. Good luck with that.

[@speaklittledomore5101]

China speed

[@TheMiyaworld]

:)

[@electricalychalanged4911]

Call me not impressed. Why only such a small shard of material. And why the paper and not some glass or transparent material. This smells fishy to me. If you have it shoundn't it be as clear as possible?

[@SD_Research]

Not quite time to break out the champagne yet. No data on resistance, as in the actual USEFULNESS of lk-99. Until that data is in order, this is still up in the air

[@tricky778]

Their paper has data on resistance - it had current vs voltage and V=IR, I suppose between it's most superconductor-like points, which is a property of the sample. You probably mean it has no info on resistivity which is a material property - but if this material only has small fractions that superconduct then its resistivity is gonna be pretty useless isn't it, because the superconducting fractions can't be measured so easily to give the bulk material property. It might even be anisotropic so there's a different resistivity for each direction as well as being inhomogenous.

[@tricky778]

I looked again, it actually had resistivity too, which I think is weird considering their video showed it repelled in only a fraction of the sample. Anyway, the internet seems to have decided it's not a superconductor now so it's moot and no wonder they made weird measurements.

[@fss1704]

Lol, legit 100% not stock manipulation on AMSC.