3D foams could control light
Researchers coin the term "phoamtonics" to describe a new field of study that exploits the photonic properties of foam-based structures
Read article: 3D foams could control light
Read article: 3D foams could control light
Magic-angle graphene reveals a host of new states
Latest work on twisted carbon sheet could allow researchers to investigate strongly correlated physics in a simple platform
Read article: Magic-angle graphene reveals a host of new states
4D electron microscopy images charge density at sub-angstrom scales
Transmission electron microscopy can be used to detect electric charge density as well as image atoms
Read article: 4D electron microscopy images charge density at sub-angstrom scales
Atomic spins on a surface make good quantum bits
New quantum computing platform could also be used to measure tiny electric and magnetic fields
Read article: Atomic spins on a surface make good quantum bits
Metamaterials Design and Characterization with UV–VIS–NIR Microspectroscopy
View on demand: a webinar sponsored by Craic Technologies
Read article: Metamaterials Design and Characterization with UV–VIS–NIR Microspectroscopy
Plasmonic nanoprobe optically monitors neural activity
New device is better than traditional microelectrode and fluorescence-based approaches
Read article: Plasmonic nanoprobe optically monitors neural activity
Hamiltonian learning technique advances quantum spin register
New work will be important for making and controlling high-fidelity gates in quantum computers
Read article: Hamiltonian learning technique advances quantum spin register
3D knots appear in liquid crystals
Researchers have succeeded in creating the first analogues of Kelvin’s “vortex atoms” in chiral materials
Read article: 3D knots appear in liquid crystals
Time reversal symmetry breaks in ferromagnetic Weyl semimetals
Results from precise band structure measurements are an important step in the quest for materials in which magnetism and topology could be exploited for future technology
Read article: Time reversal symmetry breaks in ferromagnetic Weyl semimetals
Synthetic antiferromagnets host room-temperature skyrmions
New result will be important for future real-world applications that make use of these tiny magnetic particle objects
Read article: Synthetic antiferromagnets host room-temperature skyrmions
