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Danielle Fong @DanielleFong re superconductor, asked my old princeton buddy, now a materials science prof at nyu Thanks for sending this! No, I hadn't noticed it yet. Unlike the case of lutetium hydride, these experiments shouldn't be all that challenging for other groups to reproduce. A lot of great materials synthesis work is done in Korea. If a time traveler from the future told me that room temperature superconductivity would be discovered by a random group in Korea, I would say, yeah, that sounds plausible. Also, the data don't look outlandish, though I'm not an expert in these particular techniques, and I've only skimmed the paper so far. If I wanted to be critical, I would say that the magnetic susceptibility measurements aren't gorgeous, and I can't tell what configuration they used for transport. Still, it does seem to be a superconductivity- or-fraud-choose-one situation. It's difficult to learn about the authors. I hadn't heard about them prior to this, and I don't see much of a publication record. The English abstract of their Korean language paper (published April 30th) comes across as naive to say the least. Achieving room temperature superconductivity is_hard_ and scientific fraud does occur, so external confirmation will be essential. Fingers crossed! 1:27 PM Jul 26, 2023 545.3K Views

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superconductor superconductivity room temperature superconductor lk-99

Origin Entry: LK-99 / Room-Temperature Superconductor

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greg @greg16676935420 I have no idea what semiconductors are and at this point I'm too afraid to ask 11:15 AM 02 Aug 23 · 322K Views Subscribe 186 Reposts 27 Quotes 4,241 Likes 29 Bookmarks 27 @StonksOnTheMo... •4d Stonks! Replying to @greg16676935420 I think it's something like this @greg16676935420

CHATGPT R/SINGULARITY WHEN LK-99 "I don't want to play with you anymore"

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Me after reading the abstract on the room-temperature superconductor research paper and not understanding a single word but seeing people online hyping it up:

Trung Phan @TrungTPhan Me after reading the abstract on the room-temperature superconductor research paper and not understanding a single word but seeing people online hyping it up: King TPhan "This is the most important thing ever to happen in the history of the world." 1:15 PM. Jul 26, 2023 139.8K Views

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superconductivity so good slay haha

sophie → @netcapgirl superconductivity so good slay haha zero resistance at room temperature gang gang yes yes yes so many use cases including ultra efficient energy transmission thank you lopez you're right we do need to wait & see if these results can be reproduced scientific method so good yomy413 sent GG user29286... sent Duck GG 11:54 AM. Jul 26, 2023 2.1M Views 2 1128141

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after watching Oppenheimer and then seeing the superconductor paper

Brad @Brad08414464 after watching Oppenheimer and then seeing the superconductor paper I SHOULD STUDY PHYSICS AT BERKELEY imgflip.com ... 1:27 AM . Jul 26, 2023 321.5K Views .

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so many people are about to experience their first superconductivity hype-retraction-disappointment cycles

pseudolad @pseudolad so many people are about to experience their first superconductivity hype-retraction-disappointment cycles 8:30 PM. Jul 25, 2023 55.4K Views

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And, the common ones: super-cheap MRI machines, MagLev trains everywhere, and a super efficient electric grid

Alex Kaplan @alexkaplano Jul 25 7. And, the common ones: super-cheap MRI machines, MagLev trains everywhere, and a super efficient electric grid. Basically, this: 80 122 t 636 Alex Kaplan @alexkaplano Alex Kaplan @alexkaplano Jul 25 8/8 I cannot contain my excitement. It feels like January of 2020 with a huge wave coming that no one realizes yet, but in a much better way. What a time to be alive!! Check out the original paper: arXiv 11.8K 1,394 1.2M arxiv.org The Firs Room-Temperature Ambient-Pressure Su... For the first time in the world, we succeeded in synthesizing the room-temperature superconduct... 13K ₁1.3M addendum: a lot of my @Princeton Phys friends are convinced this is pretty legit, and I am too. Like, Fig 4 is a pretty good sign that (and was nowhere to be found in the previous Dias et. al fiasco). Hopes are up. ↑

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Your iPhone won't overheat when playing subway surfer with a youtube video in the corner anymore

Alex Kaplan @alexkaplan0 Jul 25 3. Nuclear fusion reactors rely on superconductors for plasma confinement. Modern designs use RBCO/YBCO superconductors cooled with LN2 or Liquid He, creating a huge temperature gradient and challenging operation. Ambient superconductors enable a whole host of new reactor designs 19 32 1336 Alex Kaplan @alexkaplano · Jul 25 4. Quantum computers use superconductors to preserve coherence in qubits. Small changes in temperature and pressure can cause the entire QC to fail during operation. Imagine a room temperature quantum computer on your desktop - now possible. 481 8,257 Alex Kaplan @alexkaplan0 Jul 25 31 Alex Kaplan @alexkaplano 7,945 . 402 5. Superconductors might be the best batteries out there. Simply inject a current and keep it in the coil until you need it. Previously, too costly to maintain. Now, totally feasible. 1.5M 7,935 1.4M 1.3M ... 6. Your iPhone won't overheat when playing subway surfer with a youtube video in the corner anymore! Ultra-efficient computer chips will have O resistive losses during operation with superconductors. No need for cooling fans!! 11:35 PM . Jul 25, 2023 1.3M Views

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Today might have seen the biggest physics discovery of my lifetime

Alex Kaplan @alexkaplano · Jul 25 Today might have seen the biggest physics discovery of my lifetime. I don't think people fully grasp the implications of an ambient temperature / pressure superconductor. Here's how it could totally change our lives. 2,477 12 27K 72 127.2K Alex Kaplan @alexkaplan0 Jul 25 1.100 billion kWh of electricity are wasted on transmission losses each year in the US alone. That's equivalent to 3 of our largest nuclear reactors running 24/7. Superconductivity enables lossless electricity transmission at high voltages and currents. 1 678 Alex Kaplan @alexkaplan ₁27.7M ↑ 11.8K 2M 2. According to the authors, the LK-99 material can be prepared in about 34 hrs with extremely basic lab equipment (a mortar & pestle, basic vacuum, and furnace). These results could replicate within days-weeks.

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A material called LK-99, a modified-lead apatite crystal structure, achieves superconductivity at room temperature.

AI Al Breakfast @AiBreakfast The First Room-Temperature Ambient-Pressure Superconductor: A material called LK-99, a modified-lead apatite crystal structure, achieves superconductivity at room temperature. 9:57 PM. Jul 25, 2023 901.9K Views

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LK-99 / Room-Temperature Superconductor - re superconductor, asked my old princeton buddy, now a materials science prof at nyu

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Danielle Fong @DanielleFong re superconductor, asked my old princeton buddy, now a materials science prof at nyu Thanks for sending this! No, I hadn't noticed it yet. Unlike the case of lutetium hydride, these experiments shouldn't be all that challenging for other groups to reproduce. A lot of great materials synthesis work is done in Korea. If a time traveler from the future told me that room temperature superconductivity would be discovered by a random group in Korea, I would say, yeah, that sounds plausible. Also, the data don't look outlandish, though I'm not an expert in these particular techniques, and I've only skimmed the paper so far. If I wanted to be critical, I would say that the magnetic susceptibility measurements aren't gorgeous, and I can't tell what configuration they used for transport. Still, it does seem to be a superconductivity- or-fraud-choose-one situation. It's difficult to learn about the authors. I hadn't heard about them prior to this, and I don't see much of a publication record. The English abstract of their Korean language paper (published April 30th) comes across as naive to say the least. Achieving room temperature superconductivity is_hard_ and scientific fraud does occur, so external confirmation will be essential. Fingers crossed! 1:27 PM Jul 26, 2023 545.3K Views

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