Få styr på dine kompetencer og find retning for din studietid
Kan du også komme i tvivl om, hvad du skal svare, når du bliver spurgt om, hvad du kan med din uddannelse? Det er naturligt at være i tvivl om sine kompetencer eller have svært ved at sætte ord på dem. Det får du hjælp til i dette webinar.
How to write a great application and resume
Do you want to know how to write applications and resumes to get you the dream job or internship? Then this webinar is for you. Get explicit advice on how to improve your application and resume – and how to avoid beginner’s mistakes.
Lauritz van Luijk: Embezzlement and the classification of type III factors
Abstract: In quantum information science, embezzlement refers to the counterintuitive possibility of extracting arbitrary entangled states from a reference state (the "embezzler") via local unitary operations while hardly perturbing the latter. Basic conservation laws imply that an embezzler has infinite entanglement. To study this phenomenon, we consider a pair (M, M’) of a von Neumann algebra and its commutant in standard form as the bipartite system and study how well a given pure state, i.e., a unit vector Ω in the positive cone, performs at the task of embezzling arbitrary entangled states. We find a connection to the flow of weights on M: Ω is good at embezzling if and only if the dual state ω̂ is an approximate fixed point of the flow of weights. In particular, embezzling states correspond to fixed points of the flow of weights, and the type III_1 factor can be uniquely characterized by the property that all states are embezzling. For type III_λ factors, 0<λ<=1, the value of λ can be recovered from the worst-case embezzlement performance of all bipartite pure states. The λ=0 is open. This is joint work with A. Stottmeister, H. Wilming, and R.F. Werner.
IMADA Talks
Vil du vide, hvad der foregår bag kulisserne hos IMADA? Kom og vær med til 2 x 20 min. inspirerende foredrag, mens du nyder en gratis "afslappet after-work" øl med dine medstuderende, kollega eller lærer. Ved dette IMADA Talks kan du møde lektor Stefan Jänicke og postdoc Konstantin Wernli.
Informationsmøde om DeiC på SDU – lær mere om de e-tjenester, der er tilgængelige i DeiC
Læs mere om informationsmødet og tilmeld dig på: https://www.conferencemanager.dk/informationmeetingondeicatsdu/conference Hvis du ønsker at deltage, bedes du tilmelde dig inden den 31. januar 2024.
Where Words Fail, Visualization Speaks
Deltag i EuroVis 2024-konferencen Where Words Fail, Visualization Speaks, og udforsk datavisualiseringens verden og samarbejd med eksperter inden for dette spændende felt. Gå ikke glip af denne mulighed for at udvide din viden og dine forbindelser inden for visualiseringsverdenen! Læs mere her: https://www.eurovis.org/eurovis/conference