A new study in Nature Communications reports gate-controlled inversion of spin signals in graphene superlattices, a result that adds a practical control knob to graphene spintronics research and could inform future low-power device designs.
MIT researchers reported a light-activated gel that could advance ionotronics, a field that uses ions to transfer data instead of conventional electrical circuits. The work, published on April 16, 2026, is aimed at materials that can better bridge electronics and biological tissue.
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.
