ripperoni

So it is intended as drop-in replacement and is tested against React. Will there be support for angular apps as well?

Afaik, Edge already has a download manager like this. No idea about the naming though.

Yes, a huge factor is the outgassing of materials. While just solidifying and a long time after that, it gases off solvents and other small particles that you constantly have to pump away and that raise your pressure noticeably.

In cryogenic environments this is less of an issue because things are more sticky, but in a room temperature apparatus targeting ultra high vacuum this is troublesome or impossible.

While it is correct, this oversimplifies the point. The finding was that certain wheather patterns can be modelled better than before by using a quantum physics equation. To further the point: The model of this quantum physics equation is also useful for quantum computers built with superconducting materials.

Underlying is the question though, why does this equation apply to the earths wheather? There seem to be parallels in the quantum and "macro" model, like windings of electron and wheather currents. Maybe the right view to modeling the earth is about dynamics as much as it is about topoligical phenomenons. After all, topology is used for solving gravitational problems, too.

Then why can the earth can be treated as a topoligical insulator and what implications does this have? Can we learn something from it that can be applied to other wheather phenomenons? Or maybe even to the earths core?