Guiding a Superconducting Future with Graphene Quantum Magic
Magic-angle twisted bilayer graphene has been proposed as a potential superconductor
graphene
Engineering the Quantum States in Solids Using Light
Researchers succeed in the experimental realization of the steady Floquet state in a graphene Josephson junction
On the Hunt for Ultra-Thin Materials Using Data Mining
Study identifies extensive set of novel 2D materials
Graphene and an Intense Laser Drive Energetic Ions
First experimental realization of energetic ions driven by intense laser irradiating graphene
Cosmic Physics Mimicked on Tabletop as Graphene Enables Schwinger Effect
Researchers observed another unusual high-energy process as electrons seemed to become superluminous
Impossible Material Made Possible inside a Graphene Sandwich
Researchers synthesized a 2D cuprous iodide between sheets of graphene
When Graphene Speaks, Scientists Can Now Listen
Brothers find audio from graphene production contains valuable data
Twisted Bilayer Graphene Dances with Light
A recent study has found that twisted bilayer graphene can be used to guide and control light at the nanometer scale
Novel Quantum Effect Discovered in Naturally Occurring Graphene
International research team led by University of Göttingen finds atomically-thin carbon generates its own magnetic field
Quantum Materials Cut Closer than Ever
A new method designs nanomaterials with less than 10-nanometer precision