In 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.
He said in the video that their sample was more pure than the original paper. Would be wild if some impurity is what pushes it over the edge to a full blown super conductor.
> Would be wild if some impurity is what pushes it over the edge to a full blown super conductor.
I already mentioned this in another comment, but x-rays and radioactivity were discovered in that precise way.
But given some time all of that will resolve. Fascinating to see science at work at this level out in the open.
> 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?
At 110 the resistance is 0.0001 ohms. At the highest point on the chart, 200k (Still 100 below 0 F) the resistance is up to 0.1 ohm.