Integrating metamaterials into radiofrequency antennas improves image sharpness and enables faster data acquisition using existing MRI scanners
Read article: Metamaterial antennas enhance MR images of the eye and brain
Device works by monitoring frequency of sound waves propagating through a kagome material
Read article: New sensor uses topological material to detect helium leaks
Topological kagome tubes isolate vibrations to one end, keeping the other end safe
Read article: New cylindrical metamaterials could act as shock absorbers for sensitive equipment
New technique could deliver reconfigurable phononic devices with myriad applications
Read article: Twistelastics controls how mechanical waves move in metamaterials
New measurements on Bose–Einstein condensate could help us better understand how objects transition from being quantum and ordered to classical and chaotic
Read article: Quantum gas keeps its cool
New finding advances our understanding of complex topological quantum systems and could help in the development of next-generation memory and storage devices
Read article: Quantum fluid instability produces eccentric skyrmions
New architecture could be used to create tailored devices that emit or receive only certain frequencies of sound
Read article: Acoustic rainbows emerge from novel sound-scattering structure
Optimizing the geometric parameters of polymer nanoantenna arrays significantly improves the performance of optical metasurfaces
Read article: Switchable metasurfaces deliver stronger light control
Counterintuitive discovery could help develop new technologies that control light
Read article: Symmetric crystals can absorb light asymmetrically
New work could help in the development of materials that host exotic coherent quantum states under ambient conditions
Read article: Soliton structure protects superfluorescence
