@NTNUNaturalSci planlegger å legge ned flere realfagsprogrammer, inkludert mitt tidligere studieprogram i fysikk. Det tror jeg vil være tap for alle parter
https://t.co/U49ldp1upQ
refs:
Bruus, H., Flensberg, K. (2004). Many-body quantum theory in condensed matter physics : an introduction. Hong Kong: OUP Oxford.
Read more about Ryogo Kubo https://t.co/FHJN4blJot
and his 1957-paper deriving the (now known as the Kubo-) formula
https://t.co/g8RNvna8iF
it's due time I posted some physics again :)
This time: A formula for predicting the time dependence of a quantum observable in a system where the ground state is known, but where the system is subject to a small (time dependent) perturbation, making an exact solution infeasible
This was a primary part of my masters, but I have to admit it is very hard for my smooth brain.
Kurt Schönhammer a paper with the basic concepts:
https://t.co/VYTcqqdTZS
Way too long since my previous slide. Here is a _very_ crude slide with the kind of things one can stumble upon when working with Luttinger Liquids.
It turns out that reducing a problem to one dimension is not a simple task when the system is that of many interacting fermions
Ble spesielt fascinert av denne: At den klarer å "skjønne " at tiger-hendene faktisk kan dekke deler av yin-yang logoen -- at modellen har en viss sans for orientering av objekter og romlig forståelse
The AI lab DeepMind, which is owned by Alphabet, has released predictions for the shapes of nearly every protein known to science. Now, it has added more than 200 million predictions to an online database freely available to scientists across the globe. https://t.co/NWb6PFd0Fl