> the team worked with FePS3 — a material that transitions to an antiferromagnetic phase at a critical temperature of around 118 kelvins (-247 degrees Fahrenheit).
> [...]
> They placed the sample in a vacuum chamber and cooled it down to temperatures at and below 118 K.
I feel like this massive caveat was buried half way through the article. This is why I dislike university press. I mean, the wizardry is impressive, but it isn't gonna revolutionize anything anytime soon if it requires a vacuum and liquid Krypton-ish temperatures.
I feel like this massive caveat was buried half way through the article. This is why I dislike university press. I mean, the wizardry is impressive, but it isn't gonna revolutionize anything anytime soon if it requires a vacuum and liquid Krypton-ish temperatures.