Graphene-Info.com

• Graphene nanowrinkles found to generate flexoelectric polarization far stronger than bulk materials
  Researchers at Rice University, together with collaborators from the University of Manchester, the University of Brighton, the South Dakota School of Mines and Technology, the University of Sussex, and Pennsylvania State University, have shown that sub-nanometer-scale wrinkles in graphene can generate a strong electrical polarization simply by bending, without any added chemistry or dopants. The […]
• The Graphene Handbook: your guide to a fast-moving graphene industry
  The graphene field moves fast: new production processes, new application areas, new companies entering (and sometimes leaving) the market every month. Keeping track of where the industry actually stands, beyond any single headline, is harder than ever.That's where The Graphene Handbook comes in. Now in its 2026 Edition, it brings graphene's fundamentals, production methods, application […]
• Levidian launches NanoFlow-S1-20, a drop-in graphene additive for solvent-based paints and coatings
  Levidian has launched NanoFlow-S1-20, the first product in its new NanoFlow range of graphene dispersions, designed to make it faster and easier for the coatings industry to evaluate and adopt graphene in existing solvent-based formulations.NanoFlow-S1-20 is a high-concentration coating additive containing 20 wt.% of Levidian's G3 graphene, pre-dispersed in xylene. It is designed as a […]
• Bright Day Graphene raises €3 million from Japanese paper manufacturer Oji Holdings
  Stockholm-based Bright Day Graphene, which produces graphene material from lignin, a residual product of the forest industry, has raised €3 million in an early-stage funding round led by Oji Holdings Corporation, a major Japanese paper and pulp manufacturer. The company will use the capital to scale up its sustainable graphene production for industrial use.Founded in […]
• Researchers observe atomic-scale "rainbow scattering" in graphene for the first time
  Researchers at the University of Duisburg-Essen and Uppsala University, led by Carolin Frank together with Prof. Marika Schleberger and Prof. Daniel Primetzhofer, have experimentally observed rainbow scattering in ion transmission through single-layer graphene, a phenomenon that had previously only been predicted and simulated, never directly measured. Rainbow scattering is a well-known effect in classical scattering […]
• Researchers grow rhombohedral graphene at scale, opening a path to graphene-based quantum chips
  Researchers at Peking University, led by Liu Kaihui, together with Suzhou Laboratory, ShanghaiTech University, Wuhan University and the Chinese Academy of Sciences' Institute of Physics, have developed a way to grow rhombohedral-stacked graphene with high purity and at sizes far beyond what was previously achievable, addressing a longstanding obstacle to using the material in quantum […]
• Solidion resolves going-concern doubt and reports a second consecutive quarter of revenue
  Solidion Technology (Nasdaq: STI), the advanced battery developer that emerged from the 2024 merger of Global Graphene Group's Honeycomb Battery Technology with Nubia Brand International, has reported its Q2 2026 results, showing a substantially rebuilt balance sheet and a second straight quarter of revenue.The company closed the quarter with $27.7 million in cash and cash […]
• Researchers use reduced graphene oxide electrodes to build a compact electrically tunable soft lens
  Researchers at Queen Mary University of London, led by Prof. James Busfield, have developed transparent electrodes made of reduced graphene oxide (rGO) for dielectric elastomer actuators (DEAs), enabling a new compact, electrically tunable soft lens. The work addresses a long-standing design constraint in electrostatically actuated lenses, where opaque compliant electrodes have to be placed around […]
• Researchers directly image how oxide coatings suppress electric fields in working graphene devices
  Researchers at Sweden's Uppsala University, working with beamline scientists at Synchrotron SOLEIL in France, have directly visualized how ultrathin metal-oxide layers reshape the electric field inside operating graphene devices, a capability previously accessible only indirectly through electrical transport measurements.Metal-oxide layers such as aluminum oxide and titanium oxide are routinely deposited on graphene to deliberately alter […]
• Researchers use graphene encapsulation to grow air-stable 2D superconductors for quantum circuits
  MIT researchers, together with collaborators from Harvard University, Rice University, Yale University, MIT Lincoln Laboratory and Pohang University in South Korea, have developed a technique that uses graphene to grow air-stable, wafer-scale monolayer superconductors, addressing a longstanding barrier to using these ultrathin materials in practical quantum computing hardware. The superconducting material (yellow/blue) grows in the […]