Novobátzky Prize for Balázs Pozsgai
Our colleague was awarded the Novobátzky Prize of the Eötvös Loránd Physical Society for his pioneering contributions in the theory of integrable quantum systems.
Topological physics in artificial molecules
Our colleauges have experimented with a semiconductor-based artifical molecule to demonstrate topological features of a simple quantum system. Work published in the journal Communications Physics, from Nature Research.
Wigner crystal in a carbon nanotube
A nyolcvan éve megjósolt törékeny elektronállapot létezését bizonyítja a BME és az MTA elméleti fizikusainak és az izraeli Weizmann intézet kísérleti csoportjának együttműködéséből született tanulmány a Science-ben.
Kibble-Zurek scaling
Dóra Balázs és társszerzői speciális kvantumrendszerek újszerű dinamikájáról írtak tudományos közleményt, mely a Nature Communications folyóiratban jelent meg.
Referee award for Csaba Tőke
Associate professor of the Institute of Physics was selected as an "Outstanding Referee" by the American Physical Society.
Our colleagues' paper in Nature Physics
Our colleagues, Márton Kormos and Gábor Takács and co-workers from SISSA have published their results on the effect of confinement on the nonequilibrium dynamics of particles.
Chirality transfer from molecules to crystals: A Nature Chemistry publication
By using scanning tunnelling microscopy (STM), photoelectron diffraction and density functional theory, a microscopic insight is reported how the chiral hemifullerene (C30H12) molecule arranges cop
Quantum-critical circuits: a new Nature pubication
In a collaboration with Stanford, researchers in the EQP 'Momentum' Group of the Institute of Physics studied how electrons 'cease to exist' in a nano-circuit.