Researchers observe exotic state at 100 K, a result that bodes well for coherent optoelectronics applications and perhaps even high-temperature superconductivity
Read article: Exciton condensation breaks new temperature record
The carbon sheet can no longer be considered as a purely 2D material as far as certain mechanical properties are concerned say researchers
Read article: High-pressure experiments reveal graphene’s 3D nature
Carbon-based material replaces metal and achieves sub-nanometre resolution
Read article: Graphene boosts microscope resolution by a factor of 10
Researchers build carbon nanostructures using a scanning tunnelling microscope with atomic-level control over twist angles and folds
Read article: Graphene origami reaches quantum precision
The materials might be employed in applications such as fuel cells and other hydrogen-related technologies
Read article: Thick mica membranes make excellent proton conductors
Material blocks bites and chemicals that attract biting insects
Read article: Graphene-based fabric protects against mosquitoes
Conversations about the physics of baking, why a $3m theory prize has caused controversy, the new material called "T-graphene" and the physics of gymnastics
Read article: The physics of baking, the controversial $3m prize and the new, new wonder material
The superconducting single-layer T-graphene could be synthesized through a high-pressure precursor
Read article: Single-layer T-graphene could be an intrinsic elemental 2D superconductor
View on demand: a webinar sponsored by Scienta Omicron
Read article: Microscopy with momentum – the next-generation photoemission microscopy tool for 2D materials and beyond
Capacitance measurements and scanning tunnelling microscopy and spectroscopy images provide a deeper understanding of electron behaviour in twisted bilayer graphene
Read article: Direct measurements probe the state of magic-angle twisted graphene
