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Room temperature, ambient pressure superconductivity – this time for real?

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21–30 of 362 posts

Re: Room temperature, ambient pressure superconductivity – this time for real?

#21

Earlier quoted context omitted.

I'm following this fellow: https://twitter.com/andrewmccalip Seems to have the right energy [edit thanks folks] https://nitter.net/i/status/1684433849781202944 Here’s a more colorful play by play as well: https://nitter.net/8teapi/status/1684586672917565443

Can you summarize his position? Can't see X posts without a login.

He’s just some guy at an aerospace startup who is trying to make some lol.

Problem with his approach is that the synthesis requires some materials that are restricted to academic/scientific labs (like red phosphorus), so he’s probably not going to be first to replicate.

Re: Room temperature, ambient pressure superconductivity – this time for real?

#22
post #12
post #6

"this may spark a revolution in electronics as significant as the invention of the transistor, vacuum tube, and induction motor." How, exactly?

Someone posted a ChatGPT answer, which seems a pretty good response: Energy Efficiency: Superconductors conduct electricity without resistance, which means they don't produce heat as a byproduct. This could make electronic devices more energy-efficient and help them run cooler, which could extend battery life in mobile devices and potentially reduce the need for cooling in larger devices like computers. Processing Sp…

So basically 'more efficient'?

I'd dispute the 'dramatically' more efficient power grids, unless that's couched in industry terms - ie a 10% reduction in transmission losses might be 'dramatic' for energy grid engineers. But not really world-changing, for the rest of us.

"Aerospace and Defense: Superconductors could be used in a variety of aerospace and defense applications, such as advanced radar systems, satellite technologies, and even propulsion systems."

OK, now we're getting somewhere. What new capabilities?

Re: Room temperature, ambient pressure superconductivity – this time for real?

#23
post #6

"this may spark a revolution in electronics as significant as the invention of the transistor, vacuum tube, and induction motor." How, exactly?

More destructive weapons. Of course I am being cynical, but that will certainly be one of the outcomes.

Re: Room temperature, ambient pressure superconductivity – this time for real?

#24
My issue here is: This new material is essentially standard "high temperature" YBCO superconductor material just slightly modified, or? The authors are not doing anything dramatically new, like a new chemistry.

How likely is it that all the other 1000s of labs doing research on this topic just missed this lucky combination of baking, cooling and whatnot?

Re: Room temperature, ambient pressure superconductivity – this time for real?

#25

So, has anyone seen any of the replication studies start coming in yet? From what I've read we seem to be waiting on those. (and I think they're likely coming today or tomorrow?)

There's a dude on twitter who's replicating it himself first-hand. He has the know-how and the process is "trivial" in his own words.

https://twitter.com/andrewmccalip

Re: Room temperature, ambient pressure superconductivity – this time for real?

#26
I am going to attempt to address the common nitpicks in one fell swoop:

1. Rushed publication, plot quality, grammar, etc. Get over yourselves. This is a pre-print for an instant-Nobel, next-tier-of-civilization level discovery. The proper publication will come in due time. Waiting for a more complete verification is a sheltered view. Being first matters. Things changed after the J/Psi discovery in 1974. For those that don't know, Sam Ting discovered it first, yet sat on it for months waiting for a complete verification. Then Richter's group also discovered it months later and Ting was forced to publish at the same time and share the Nobel. This changed the publication attitude in the field significantly. Being first matters.

2. "Terrible science." Again, get over yourselves. Just because the preprint doesn't match your taste specifically doesn't mean it's bad science. You can't satisfy everyone- there will ALWAYS be someone who complains about some missing measurement or plot they view as essential. Most of the time, the 'missing' component is directly related to their own work. In other words, people want to see what they understandd as being important to them, also reflected in other publications. That does not mean it's a valid criticism. It's nitpicking.

The most realistic timeline is 2-3 months for a positive verification. 6 months for a negative verification. If it works, it will be quicker because a positive reproduction needs less work. A negative verification needs to be more thorough and will take more time.

Re: Room temperature, ambient pressure superconductivity – this time for real?

#27

My issue here is: This new material is essentially standard "high temperature" YBCO superconductor material just slightly modified, or? The authors are not doing anything dramatically new, like a new chemistry. How likely is it that all the other 1000s of labs doing research on this topic just missed this lucky combination of baking, cooling and whatnot?

It’s not a standard matrix and what do you mean by no new chemistry?

Re: Room temperature, ambient pressure superconductivity – this time for real?

#29

My issue here is: This new material is essentially standard "high temperature" YBCO superconductor material just slightly modified, or? The authors are not doing anything dramatically new, like a new chemistry. How likely is it that all the other 1000s of labs doing research on this topic just missed this lucky combination of baking, cooling and whatnot?

Even if it is very unlikely, they still may have missed it. Let's be patient, we will soon know more, give them two more weeks.

Re: Room temperature, ambient pressure superconductivity – this time for real?

#30
post #7

Just for fun: Am I the only one who thinks there's connection between this and the UAP news that's coming out? RTSC would probably enable a lot of incredible energy & maneuverability capabilities... Sorry, indulging in a little off-topic conspiracy theorizing.

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