Scientists have created a novel form of water that exhibits structural diversity similar to solid ice, revealing new properties under extreme conditions. The discovery provides valuable constraints for improved models of ice giants and their interiors.
Researchers from the University of Rostock investigate photon pair interference in optical waveguide circuits with topology. The study reveals that photons perceive a twisted waveguide structure, leading to enhanced quantum interference, with potential applications for quantum computing.
A German research team has successfully demonstrated robust light propagation in open systems using parity-time (PT) symmetry. By dynamically distributing gain and loss over time, the researchers were able to create a protected edge channel that retains its average amplitude and enjoys full robustness.
Researchers at the University of Rostock develop a new technology to eject electrons from metals using extreme short laser flashes. They generate the shortest electron burst to date, allowing for precise control over electron streaming time.
Scientists at the University of Rostock have made a groundbreaking discovery in the field of quantum mechanics. Localized light particles have been observed on long optical fibers, transcending the mechanism previously considered by Phil Anderson's theory of Anderson localization. This new class of disorder allows for the abrupt transp...
Researchers have developed a new laser-based microscope that can resolve the distribution of electrons in crystal lattices with unprecedented resolution. The technique, known as Light Picoscopy, uses powerful laser pulses to drive electrons into fast motion, allowing them to emit radiation that reveals their position within the crystal.