Nonlinear metamaterials improve MR imaging
Researchers harness the unusual properties of a bespoke metamaterial to improve the signal-to-noise ratio of MR images
Read article: Nonlinear metamaterials improve MR imaging
Read article: Nonlinear metamaterials improve MR imaging
Confocal Raman microscopy: correlate and accumulate
WITec's modular design strategy gives users a clear upgrade path for their confocal Raman microscopy systems, as well as the opportunity to integrate with other microscopy techniques
Read article: Confocal Raman microscopy: correlate and accumulate
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
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
