Lithium-6 enriched semiconductor is efficient detector of thermal neutrons
Compact detectors based on 2D material could find a range of applications
Read article: Lithium-6 enriched semiconductor is efficient detector of thermal neutrons
Read article: Lithium-6 enriched semiconductor is efficient detector of thermal neutrons
Thin ice reveals its secrets
Non-contact atomic force microscopy reveals a new two-dimensional ice-growth process
Read article: Thin ice reveals its secrets
Moiré patterns created in light
Optical moiré lattices exhibit the same physics seen in twisted 2D crystals
Read article: Moiré patterns created in light
Looking forward to a new decade of physics, listening to graphene-based headphones
Tune in to the first weekly podcast of the 2020s
Read article: Looking forward to a new decade of physics, listening to graphene-based headphones
Machine learning could reveal graphene oxide’s real structure
More than 20,000 possible structure candidates are used to find truly representative models
Read article: Machine learning could reveal graphene oxide’s real structure
A decade of Physics World breakthroughs: 2018 – Discovery of ‘magic-angle graphene’
Hamish Johnston looks at what has happened since the 2018 Physics World Breakthrough of the Year for the discovery of magic-angle graphene
Read article: A decade of Physics World breakthroughs: 2018 – Discovery of ‘magic-angle graphene’
Electrons flow like water in ultra-pure graphene
Researchers use a scanning probe imaging technique to confirm Poiseuille electron flow
Read article: Electrons flow like water in ultra-pure graphene
Molecular graphenoids make coherent spin centres
Quantum dots in graphene containing pentagonal defects might be used as quantum sensors
Read article: Molecular graphenoids make coherent spin centres
Managed triplets improve perovskite LEDs
Exciton energy is critical to the light-emitting performance of quasi-2D perovskites
Read article: Managed triplets improve perovskite LEDs
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
