This podcast features a winner of the Physics World 2025 Breakthrough of the Year
Read article: How to make 2D metals: Guangyu Zhang on his team’s award-winning research
This podcast features Antonio Rossi at the Italian Institute of Technology
Read article: Unlocking the potential of 2D materials: graphene and much more
Images are the first experimental evidence of long-predicted low-energy atomic vibrations called moiré phasons in twisted 2D materials
Read article: Highest-resolution images ever taken of a single atom reveal new kind of vibrations
Ultraclean monolayer amorphous carbon can be used to generate high-current, low-scattering proton treatment beams
Read article: Amorphous carbon membrane creates precision proton beams for cancer therapy
Shengxi Huang explains why Picoquant’s instruments are helping her to develop 2D materials that are highly efficient sources of single photons
Read article: Shengxi Huang: how defects can boost 2D materials as single-photon emitters
New finding could aid the search for fundamental axions, say physicists
Read article: Axion quasiparticle appears in a topological antiferromagnet
New structures could be used to study fundamental physics phenomena and to make electronic devices
Read article: Two-dimensional metals make their debut
"Fractional excitons" form in 2D carbon structure at high magnetic fields
Read article: New class of quasiparticle appears in bilayer graphene
New asymmetric structures have ferromagnetic states on a single zigzag edge
Read article: Two-faced graphene nanoribbons could make the first purely carbon-based ferromagnets
Topological electronic crystal emerges from moiré pattern
Read article: Anomalous Hall crystal is made from twisted graphene
