The method to produce this material as described in the related paper [1] is fairly simple and could be done at home with a $200 home metal melting furnace from amazon and the precursors (which also seem to be fairly standard easy to obtain metals). If this is real, I'd expect some smart people from hackaday / youtube to reproduce this within weeks if not days. If this is real, it'll change society quickly and perman…
Ok, let me just add the obvious disclaimer: don't try this yourself unless you have a pretty good understanding of chemical lab safety. Really. It's more likely that you will contaminate your land, and possibly your neighbors land too than that you will manage to replicate it.
The first room-temperature ambient-pressure superconductor?
421–430 of 906 posts
Re: The first room-temperature ambient-pressure superconductor?
#422Earlier quoted context omitted.
One obvious application: your family doctor will have an MRI machine in her office, same for all physio clinics
What are the failure modes for a superconductor MRI? Could it cause a resonance cascade?
The failure modes would mostly be the same as for the big ones: sucking in metal chairs if you're not careful.
Re: The first room-temperature ambient-pressure superconductor?
#423big if true. far from a chemistry expert here, but synthesis looks basically trivial (if you consider 10e-5 torr vacuum to be trivial), and the materials are readily available. hell, from the instructions alone i could probably make it at home. i mean the search space is unfathomably large, so i suppose it’s possible that something like this exists, but the paper quality itself doesn’t.. spark joy? :) i’ll maintain a…
If it's true, it'll also SPARC joy. And ITER etc
but a room-temperature superconductor would certainly lower the operating costs of all of the prototype fusion reactors that currently exist.
Re: The first room-temperature ambient-pressure superconductor?
#424Earlier quoted context omitted.
Yeah, very probably fraud. Only puzzle is why they would choose something so easy for other labs to try (and fail) to replicate.
Desperate people do crazy things. This is career-ending fraud. South Korea has the highest suicide rate in the world. The pressure to achieve is enormous and makes people shortsighted.
All judgement withheld until we get a few more labs chiming in with their results though.
Re: The first room-temperature ambient-pressure superconductor?
#425Earlier quoted context omitted.
Their other data doesn't line up with ferromagnetism, though. It's either the real thing or a big fraud. Guess we'll find out soon enough. ETA: the video referenced is apparently available at https://www.youtube.com/watch?v=EtVjGWpbE7k . Interestingly, posted on Feb 26, 2023.
Yeah, that thing does really want to stay in a constant level on the magnetic field. That would dispel every other explanation on the GP, as it's not simply being repelled or attracted.
Re: The first room-temperature ambient-pressure superconductor?
#426Earlier quoted context omitted.
Only temporarily. After a fraction of a second the dampening isn't strong enough anymore to prevent the two from entering into contact.
And I think that's what we are seeing in the video. The eddy current effect isn't permanent like in superconductivity. They have to keep moving the magnet around.
Re: The first room-temperature ambient-pressure superconductor?
#427After skimming the paper, it reads like a legitimate paper even though I have zero expertise in the area. That it is in Word instead of LaTeX makes it feel a bit less legitimate to me and they could of course always have some error in there setup. The most notable thing to me was that this was done in a thin film where structural defects are supposedly responsible for strain in the material which in turn enables the…
So you're saying it could be a great sensor, similar to a Josephson junction? :-) Update: "yes", from the paper: "The Josephson-like phenomenon for the under-damped junction of superconductor-normal metal-superconductor(21, 22) or Inter-grain coupled superconductors(23) and the thermoelectric effect(24-26) of the inter- or intra-grain network were also observed."
Re: The first room-temperature ambient-pressure superconductor?
#428the patent application on LK-99 is here https://patents.google.com/patent/WO2023027536A1/en?oq=WO202...
filed 2022-08-25
Re: The first room-temperature ambient-pressure superconductor?
#429Earlier quoted context omitted.
Ya no shit. Desperation makes people do dumb things.
You think this team would jeopardize their reputations by faking this data with such easily verifiable and thus refutable claims?
It's absolutely a possibility in the space of this situation. However, any judgement, positive or negative, should be withheld until other labs and people claim to reproduce or not.
Re: The first room-temperature ambient-pressure superconductor?
#430Earlier quoted context omitted.
Thin layers can be stacked. What's more interesting is flexibility. Current ceramic liquid-nitrogen-cooled superconductors are not flexible at all; they are brittle. This can be fine for a transmission line, but makes things hard for various coils.
Meh. Wake me up when Graphene is commercially sold.