GMG Reports Doubling Energy Density of 6 Minute Charging Graphene Aluminium-Ion Battery
Graphene Manufacturing Group (GMG) announced that its graphene‑aluminium‑ion (G+A) cells have doubled their energy density since a December 2025 update, now exceeding 100 Wh/kg after a one‑hour charge and achieving over 80 Wh/kg with a six‑minute charge. The breakthrough stems from a new chloride‑free, non‑corrosive hybrid electrolyte and aluminium‑foil electrodes, eliminating lithium and copper and reducing cost and weight. GMG says the cells meet its key specifications for heavy‑mobile equipment and are moving toward BTRL 7‑8, with field‑testing slated for 2026 and limited production in 2027. Partnerships with Rio Tinto and the Battery Innovation Center support the commercialization path.
Directa Plus Provides Update on Trading Halt and Restructuring
Italy‑based Directa Plus has halted AIM trading as it scrambles for fresh capital to extend a dwindling cash runway. The firm warned that without new backing it could be forced into administration. Simultaneously, the board of its main Italian subsidiary voted...
Pohang City Launches Governance Body to Drive Graphene Innovation
Pohang City in South Korea has created a dedicated governance committee to spearhead the development of a graphene industry cluster. Chaired by Acting Mayor Jang Sang‑kil, the body brings together leaders from industry, academia and research, including Graphene Square CEO...
GRAPHERGIA Project Launches Three Demonstration Cases to Pilot Graphene-Based Technologies
The Graphene Flagship’s GRAPHERGIA project has entered the piloting stage of three demonstration cases that embed graphene‑based energy harvesting and storage technologies into real‑world products. The first case delivers an all‑in‑one self‑charging textile for wearables, the second integrates a triboelectric...
EU Approves €211 Million Funding for Graphene Chip Technology Project in Italy
The European Commission has approved a €211 million (approximately $230 million) state‑aid grant for Italy’s CamGraPhIC to develop graphene‑based photonic optical transceivers. The project will be split between research sites in Pisa and Bergamo, partnering with local universities and technology institutes. The...
Researchers Explore Dielectric Control of Superconductivity in Twisted Bilayer Graphene
Researchers from Ohio State, IMDEA Nanoscience and NIMS demonstrated that the superconducting state in magic‑angle twisted bilayer graphene can be continuously tuned and fully extinguished by altering its dielectric environment. By placing tBLG a few nanometers above a high‑k SrTiO₃...
SEEDS Moves Into Dedicated NETPark Site to Scale Graphene Tech Production
SEEDS, a UK deep‑tech firm specializing in engineered graphene platforms, is relocating to a dedicated manufacturing site at NETPark as part of Durham County Council’s £100 million (≈$125 million) expansion. The new facility shifts the company from R&D to full‑scale production, allowing...
NanoXplore Outlines Growth and Commercialization Momentum
NanoXplore’s CEO Rocco Marinaccio marked his first 120 days by announcing a wave of new commercial agreements, including deals with Club Car, Volvo Trucks and Chevron Phillips Chemical. The Volvo Trucks award of CA$10 million (≈US$7.2 million) lifts the near‑term revenue pipeline...
Researchers Develop Graphene Nanodrum and AI Platform for Rapid Single-Cell Bacterial ID and Antibiotic Testing
Researchers at TU Delft, its spin‑off SoundCell, and Reinier Haga MDC have created a graphene‑based nanodrum platform that reads the nanomotion of individual bacteria and feeds the data to AI models for rapid identification and antibiotic susceptibility testing. The label‑free...
Archer Materials Advances Silicon Biochip Beta Prototype While Reaffirming Graphene as Next‑generation Platform
Archer Materials announced that its Stage 1 biochip project with IMEC is complete and the company is moving to a silicon‑based beta prototype. The prototype will combine a functionalized potassium sensor with cartridge engineering, microfluidics, and readout electronics for external validation....
Laser-Induced Graphene Patch Delivers Noninvasive, Low-Temperature Melanoma Therapy
Researchers at Wuhan University and City University of Hong Kong have created a soft, transparent, stretchable laser‑induced graphene (LIG)‑Cu/PDMS patch for non‑invasive melanoma treatment. The patch converts low‑power light into mild heat (~42 °C) that triggers localized copper ion release, killing...
Novel Graphene-Based Sub-Terahertz Receivers Could Enable Ultra-Compact, Zero-Power 6G Links
Researchers from ICFO, ETH Zurich and partners have unveiled the first graphene‑based sub‑terahertz direct receivers that deliver multi‑gigabit‑per‑second data rates over a 3‑metre link at room temperature. The devices occupy a tiny 0.018 mm² footprint, are compatible with standard CMOS back‑end...
Researchers Unveil Tailored LIG Electrodes for Industrial Applications
Researchers from the MP4MNT group at DISAT have created laser‑induced graphene (LIG) electrodes that are three‑dimensional, fully conductive, and selectively porous. The patented process uses a focused laser to convert polymer into graphene, allowing rapid, low‑cost production that fits into...
Graphene-Info Releases a New Edition of Its Graphene Investment Guide
Graphene-Info has released a new edition of its Graphene Investment Guide, updating financial data and market analysis for public graphene companies. The guide notes that despite ongoing revenue challenges, most covered firms have seen share price gains over the past...
Jiangmen Xinhui Industrial Park Launches Trial Production of Graphene-Coated Aluminum Foil Project
Jiangmen Xinhui Industrial Park in Guangdong has begun trial production of a graphene‑coated carbon aluminum foil line. The plant, built by Jiangmen Yingang New Energy Industrial Park Construction Co. of the Jiangfa Group, represents a roughly 200 million yuan (about $29 million)...
