However, the lack of a comprehensive database has long been a significant barrier to advancing machine-learning-driven quasicrystal research. Furthermore, to deepen our understanding of the ...

Our quasicrystal design is halfway between order and chaos,” Päivi Törmä, one of the study authors, says. These tiny light vortices are akin to hurricanes within a laser beam, with a calm ...

This advancement could advance data transmission capabilities in fields requiring light-based encoding, such as ...

Our quasicrystal design is halfway between order and chaos,” says Professor Päivi Törmä, head of the Quantum Dynamics group at Aalto. The researchers also discovered that their twisted light beams ...

Our quasicrystal design is halfway between order and chaos. The team’s design required arranging 100,000 metallic nanoparticles, each about one-hundredth the width of a human hair. The key ...

Our quasicrystal design is halfway between order and chaos,” Törmä says. The discovery opens a wealth of future research in the very active field of topological study of light. It also represents the ...

Our quasicrystal design is halfway between order and chaos,” Törmä says. In their study, the group manipulated 100,000 metallic nanoparticles, each roughly the size of a hundredth of a single ...

Our quasicrystal design is halfway between order and chaos,” Törmä says. In their study, the group manipulated 100,000 metallic nanoparticles, each roughly the size of a hundredth of a single strand ...

An unusual quasicrystal has been discovered by a team from the Martin Luther University Halle-Wittenberg (MLU), the University of Sheffield and Xi'an Jiaotong University. It has a dodecagonal ...