Photonic time crystal amplifies microwaves
New 2D metamaterial could boost 6G telecoms
Read article: Photonic time crystal amplifies microwaves
Read article: Photonic time crystal amplifies microwaves
Giant tunnelling magnetoresistance appears in an antiferromagnet
New spin-filter magnetic tunnel junction could make a promising platform for spintronic devices
Read article: Giant tunnelling magnetoresistance appears in an antiferromagnet
Giant magnetoresistance spotted in near-pristine graphene
Room-temperature effect could find use in magnetic sensors
Read article: Giant magnetoresistance spotted in near-pristine graphene
Giant orbital magnetic moment appears in a graphene quantum dot
New discovery could be important for quantum information science and magnetic field sensing
Read article: Giant orbital magnetic moment appears in a graphene quantum dot
Quantum effects could help make twisted bilayer graphene a superconductor
BCS equations for superconductivity need to be modified for materials that have very slow-moving charges
Read article: Quantum effects could help make twisted bilayer graphene a superconductor
Scanning probe with a twist observes electron’s wavelike behaviour
New instrument reveals delocalized quantum properties
Read article: Scanning probe with a twist observes electron’s wavelike behaviour
Quasiparticles appear in a classical setting, surprising physicists
Basic concepts of quantum matter physics might be applicable to classical systems
Read article: Quasiparticles appear in a classical setting, surprising physicists
Short electrical pulses switch superconductivity on and off in magic-angle graphene
New finding could help in the development of novel switchable superconducting electronics
Read article: Short electrical pulses switch superconductivity on and off in magic-angle graphene
Friction at the microscale depends unexpectedly on sliding speed
New finding could have applications for hard disks and moving components for satellites or space telescopes
Read article: Friction at the microscale depends unexpectedly on sliding speed
Chiral logic gates create ultrafast data processors
Devices that work using circularly polarized light are a million times faster than current data processing technologies
Read article: Chiral logic gates create ultrafast data processors
