Illustration of unambiguous state discrimination of coherent states
21 APR

Feedback receiver for quantum state discrimination

Over the course of two years, we demonstrated a number of improvements to the problem of efficiently telling overlapping quantum states apart. Here, we review these results...

Quantum theory and atomic physics Optics
quantum diamond detector for biological sensing
06 APR

New application of a quantum diamond detector for sensing in biology

An international consortium headed by researchers from the section for Quantum Physics and Information Technology, QPIT, and the DNRF center for macroscopic quantum states...

Mathias Hoeg Boisen (tv) sammen med Marco Ugo Gambetta fra KPMG i laboratoriet.
24 MAR

Studerende tester kvantecomputers evne til aktieoptimering

I samarbejde med konsulentvirksomheden KPMG har en studerende fra DTU Fysik testet, om en kvantecomputer er bedre til at optimere en portefølje af aktier end en...

Physics Quantum theory and atomic physics
Peeking into the quantum random number generator developed at DTU physics reveals a lot of seemingly ordinary optics and electronics. But together, the components form s high-speed and ultra-secure source of true randomness, enabled by quantum physics.
02 FEB

High-speed quantum random number generator secure against quantum attacks

At first glance, random numbers may seem trivial to produce and utterly useless. Not an easy sell. Isn’t it just a matter of flipping a coin? Not quite!

Quantum theory and atomic physics Information technology
25 OCTOBER 2021