Simulating quantum field theories with light
Jena-Ulm collaboration proposes optical quantum simulation of quantum field theories
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Image: Prof. Dr. Martin Gärttner -
Caught in the Momentum Trap
Why Atomically Thin Nanobubbles Lose Their Shine
Image: Prof. Dr. Caterina Cocchi -
Uni Jena is part of DigiQ
FSU joins European education network in quantum science and technology
Image: DigiQ -
The molecular quantum eraser
A collaboration between IFTO and IOQ observed entanglement between the fragments of a dissociating molecule
Image: IFTO -
Exciton caught at the edge: MoS₂ and WS₂ Nanoplatelets Barely Glow
The atomistic origin of photoluminescence quenching in colloidal MoS₂ and WS₂nanoplatelets has finally been revealed.
Image: CC-BY-Lizenz -
Interpretable, machine learning-based model learns to recognize nonclassical states
New preprint by Martina Jung with collaborators from Paderborn and Munich
Image: Martina Jung -
Gärttner group develops new method for detecting mode entanglement
New preprint by Elena Callus in collaboration with Tobias Haas (Ulm)
Image: Prof. Dr. Martin Gärttner -
Quantum Dynamics Unlocks the Potential of Oligothiophenes for Next-Generation Laser Safety
J. Phys. Chem. Lett 16, 11867 (2025)
Image: Prof. Caterina Cocchi -
JETS are in NOA!
Project A08 is now part of SFB 1375 “NOA”!
Image: Prof. Dr. Caterina Cocchi -
Extracting the entanglement dimension of cold atom system
Maike Reckermanns project is accepted into the honors program at the University of Jena
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Semiclassical method for simulating quantum spin systems
Adrian Braemer, Javad Vahedi and Martin Gärttner publish new paper
Image: Adrian Braemer, Javad Vahedi and Martin Gärttner -
News from the institute
About a successful defense, a new team member and a new lounge corner
Image: Prof. Dr. Martin Gärttner