Researchers at the University of Oxford and the MPSD report in Physical Review Letters that a dynamical version of superconductivity, which is generated by periodically shaking the material, is intimately tied to strong electronic correlations and geometric frustration. more

Laser light with a broad colour spectrum turns the insulating quasi two-dimensional material La2CuO4 (LCO) into a three-dimensional metal. The research, now published in PNAS, reveals that specific vibrations of the crystal lattice are involved in this metallization process. more

The Berry curvature - an important property of quantum materials - can be imaged with chiral light. An international research team has predicted the outcomes of photoelectron spectroscopy experiments and showed that the resulting images reveal information about the microscopic structure of electronic wavefunctions inside atomically thin, two-dimensional materials.  more

Researchers uncover how quantum fluctuations can be used to restore the fundamental symmetry of the electronic motions in crystals affected by magnetic fields. more

Controlling the quantum properties of materials is a central challenge in physics as well as an essential step towards using quantum physics for applications or building scalable quantum computers. more

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