Scientists reported a rapid mathematical method that can map complex phase diagrams in as little as a day, a development that could speed the search for advanced materials with unusual crystal structures.
A new study published March 24 in Nature Nanotechnology reports reversible control of graphene stacking at nanometer scale with minimal energy, a result that could inform future low-power electronic and computing architectures.
Researchers in Finland have reported a laser-based method that lets graphene direct the growth of molecule-thick films only in selected areas, a development that could help advance precision manufacturing for electronics and photonic materials.
A new Nature Physics study published April 7, 2026 adds fresh evidence that the dielectric environment plays a central role in superconductivity in twisted bilayer graphene, a major graphene-based quantum material.
A February 2026 study in Nature reports a transfer technique that helps create cleaner graphene and hexagonal boron nitride interfaces, potentially improving the fabrication of next-generation 2D electronic devices.
Researchers have directly observed electron-electron interactions in graphene at room temperature using a quantum twisting microscope, a development that could help advance studies of moiré materials and other two-dimensional systems.
