Graphene Manufacturing Group said on March 16, 2026, that the U.S. Environmental Protection Agency has approved import and sale of its THERMAL-XR graphene-based coating system, clearing the way for commercial shipments into the U.S. through Nu-Calgon.
Rice University researchers have reported a new multilayer two-dimensional perovskite with near-perfect symmetry at room temperature, a structure that allowed excitons to travel more than 2 micrometers and improved proof-of-concept photodetector performance.
Penn State researchers report a dual-gated graphene transistor that stayed stable in liquid-rich environments and improved sensing sensitivity up to 20 times in lab tests, pointing to a more practical route for portable biosensors and chemical monitors.
Researchers at the University of Manchester say graphene-based “nano-aquariums” have enabled the first atomic-resolution videos of individual gold atoms moving in liquid solvents, a development that could sharpen research into catalysts, batteries and other energy technologies.
Researchers have reported a new graphene milestone: direct observation of electron-electron interactions at room temperature using a quantum twisting microscope. The finding, published April 8, 2026 in Nature Communications, could help advance research into graphene and other two-dimensional materials.
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.
