Resolves YES iff Andrew McCalip [0][1] succesfully synthesizes LK-99 and demonstrates the Meissner effect by market close.
[0] https://www.twitch.tv/andrewmccalip
[1] https://twitter.com/andrewmccalip/status/1684615817600880640
@DavidChee Thanks, I was afk due to medical reasons. I wasn't planning on resolving immediately after close due to the high volatility and number of traders. Especially in light of https://manifold.markets/ianminds/will-andrew-mccalip-demonstrate-the#PEn1jDmIep4h3yLUsgSx I'm ok with your "speedy" admin resolution.
@ianminds Could you weigh in on how you will resolve this market if by August 6th we have more or less the same information as now?
I personally think what we have so far doesn't demonstrate the Meissner effect, and Andrew McCalip doesn't seem to think so yet either, but it would be good to clarify the resolution criteria.
@NiallWeaver I'm not sure what you mean by consistent. I don't put a literally 0% chance on what we're seeing being a weak effect in an extremely impure sample, although I think it's extremely unlikely.
In my opinion there are sort of two options here, depending on your definition of "demonstrate":
"Demonstrate" means "clearly show": resolves NO.
"Demonstrate" means any Meissner effect: Market will have to wait to resolve until future tests have come to a consensus on whether these wobbles we're seeing were the Meissner effect or just something else.
I would personally go with 1, but it's up to @ianminds hence why I'm asking. And I think the difference is relevant to trading on it now.
@DanMan314 what would be causing the effect shown that would not be the meissner effect? As long as the magnet is a real permanent magnet and there is no other trickery going on, it seems to me that it is clearly meissner effect, albeit weak.
@PierceMccall I guess he could do some heating of the sample to see if it loses the effect. But afaik flux pinning is not a requirement to prove that the sample is ejecting the magnetic field
@PierceMccall I don’t think this is really the spot to litigate it, it’s more relevant what the market creator thinks that’s why I ask.
Reposting from main market:
Delian:
"I know the manifold markets, the very binary thing they're betting on is like 'is the LK99 paper a real super conductor?' - I still say 'Maaaaybe, probably not'. But is this like a field that is going to lead to room temperature superconductors over the next decade? I feel pretty confident at this point saying from everything that I've read: it's like 90+% chance that this is a field that will lead to that path."
Host:
"Andrew, you're nodding in agreement there."
Andrew:
"Yeah yeah, Delian absolutely nailed it."
@FlorisvanDoorn I would say "demonstrate" is equal to "clearly shows". It should unambiguously not be regular, or even quite strong diamagnetism. Even the original samples have not "demonstrated" the Meissner effect, in my opinion. They are very interesting and surprisingly floaty, but that is all so far.