- new constructions of quantum pseudo-random structures (e.g., k-designs) tolerating imperfect randomness; - understanding thermalization of quantum systems using random matrix theory; - characterization of the computational power of systems consisting from non-interacting bosons (linear optics); - certified sources of high quality randomness; - bounds on spectral properties of random matrices;
- new constructions of quantum pseudo-random structures (e.g., k-designs) tolerating imperfect randomness; - understanding thermalization of quantum systems using random matrix theory; - characterization of the computational power of systems consisting from non-interacting bosons (linear optics); - certified sources of high quality randomness; - bounds on spectral properties of random matrices; (en)
quantum information processing; randomness; pseudorandomness; entanglement; cryptography; randomness extractors; unitary k-designs; random matrices; random channels; random circuits (en)