LK-99: Team of Southeast University observed zero resistance below 110 K
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Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#2Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#3That's still TBD but hasn't been replicated by anyone reputable yet.
Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#4Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#5Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#6In the video, it says above 110K and not below, I got confused as well. I will add that a lot of people are deleting retweeting this. May be there is something more to it.
> In order not to misunderstand everyone, let me say that it is below 110K, and 0 resistance is observed at normal pressure.
Google translation, but I think it's clear that it's below and not above. At least normal pressure ... that's disappointing but still an improvement
Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#7Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#8In the video, it says above 110K and not below, I got confused as well. I will add that a lot of people are deleting retweeting this. May be there is something more to it.
Re: LK-99: Team of Southeast University observed zero resistance below 110 K
#9In the video, it says above 110K and not below, I got confused as well. I will add that a lot of people are deleting retweeting this. May be there is something more to it.
The first comment tells (from the professor talking in that video): > In order not to misunderstand everyone, let me say that it is below 110K, and 0 resistance is observed at normal pressure. Google translation, but I think it's clear that it's below and not above. At least normal pressure ... that's disappointing but still an improvement
There was 0 resistance below 110 Kelvin (-165celcius)?
But not at room temperature?