4+ hour, 12+ min ago   (473+ words) Researchers at Stanford Engineering have developed a new, highly efficient method for producing hydrogen using methane pyrolysis. The approach addresses major environmental and economic challenges in hydrogen production. Hydrogen is essential both as a chemical building block for global industry…...

1+ week, 2+ day ago   (365+ words) Scientists turned discarded graphite and old newspaper into graphene using a surprisingly simple setup. Graphene is often described as a “wonder material,” associated with futuristic electronics, advanced batteries, sensors, and ultra-strong composites. But a new study suggests that producing useful…...

1+ week, 2+ day ago   (660+ words) Researchers found that 97% of more than 20,000 water-stressed regions could potentially source enough atmospheric water for green methanol production. Persistent heat and low rainfall across Europe in spring and summer 2026 are worsening drought conditions, with groundwater and river levels falling in…...

1+ week, 5+ day ago   (524+ words) Researchers turned food waste into a biochar-based membrane that stores heat, improves heat transfer and manages moisture. A new membrane made partly from food waste could help buildings store heat, move it more efficiently and manage moisture at the same…...

1+ week, 6+ day ago   (547+ words) These vacancies activate a pre-formed, previously blocked migration pathway for lithium cations, transforming pure LTO into a superior ion conductor. In manufacturing, perfection is usually the goal. A single microscopic flaw can ruin a microchip, crack a structural beam, or…...

2+ week, 1+ hour ago   (500+ words) Japan’s Asahi Kasei developed a method that uses lithium carbonate to offset lithium losses in silicon-based batteries. Japan’s Asahi Kasei has developed a battery technology that uses lithium carbonate as an extra lithium source to reduce energy losses in lithium-ion…...

2+ week, 8+ hour ago   (551+ words) The structural shift to graphite absorbs collision energy, enhancing the material’s impact resistance. A new manufacturing technique developed at Rice University stabilizes diamond during thermal processing at low pressures, resulting in a dense, resilient composite material. The research, published in…...

2+ week, 2+ day ago   (456+ words) A 3D-printable cellulose hydrogel continued sensing movement after seven days at -13°F, resisting freezing and deformation. Wearable sensors could become more reliable in freezing conditions with a new cellulose-based hydrogel that continued detecting movement after being exposed to -13°F for…...

2+ week, 3+ day ago   (290+ words) Scientists have developed innovative hybrid material that can produce hydrogen peroxide more efficiently. Researchers in the United States have developed a new material to produce hydrogen peroxide more efficiently Developed by a team led by the U.S Department of Energyâ…...

3+ week, 4+ hour ago   (528+ words) Researchers at Rice University have experimentally proven that extreme, nanoscale wrinkles in graphene generate local electric charges. It shows clear evidence of flexoelectricity (an electric charge generated by uneven bending) in single-atom-thick materials. Altering the physical shape of ultra-thin materials,…...