Install
Please confirm you are human
This browser or connection looks automated. Press and continuously hold the control for 3 seconds to enable Google-hosted web results and, when separately allowed, AI-assisted answers.
A successful check enables 100 search requests. Interactive access does not authorize scraping, systematic collection, or reuse of search output.
News
Carbon Fibers and Graphite Particles Supercharge Dissolving Magnesium
1+ day, 4+ hour ago (55+ words) Soluble magnesium composites are emerging as one of the most intriguing materials of the decade, promising tools that dissolve on command downhole in oil and gas wells, and implants that quietly disappear inside the human body once their work is…...
Graphene-Infused Coatings May Help Dental Implants Bond Better to Bone
1+ day, 7+ hour ago (55+ words) Dental implants have become one of the most predictable long-term solutions for tooth replacement, yet their success hinges on a deceptively simple biological event: the direct, functional connection between the implant surface and the surrounding jawbone, known as osseointegration. Titanium,…...
Corn Starch Electrolyte Boosted Tenfold with Plasticizer and Graphene Oxide
1+ day, 7+ hour ago (80+ words) A team of researchers at Quaid-i-Azam University in Islamabad has shown that an ordinary kitchen staple, corn starch, can be transformed into a surprisingly capable solid electrolyte for lithium-ion batteries when it is combined with the right additives. In work…...
Electron-Deficient Bonds Drive Staged Magnetic Shifts in Vanadium Material
1+ day, 8+ hour ago (599+ words) Chemical bonds are usually treated as the fixed scaffolding of a material, the framework that determines how atoms sit relative to one another and how electrons move through the resulting structure. Yet in certain classes of matter, the bonds between…...
Tea-Grown Nickel Oxide Nanoparticles Turn Chitosan Films Into Tunable
1+ day, 9+ hour ago (617+ words) A team of materials scientists has shown that ordinary green tea can do far more than steep a soothing drink: its polyphenol-rich extract can grow phase-pure nickel oxide nanoparticles that, when embedded in a biodegradable chitosan matrix, transform a humble…...
Machine Learning Meets X-Rays to Reveal the Hidden Architecture of Pea
1+ day, 10+ hour ago (95+ words) Every seed is a masterpiece of biological engineering, a compact package in which molecular order and cellular design are woven together to protect and nourish a future plant. For scientists trying to understand how crops such as the yellow pea…...
MXenes Emerge as Frontier Nanomaterials Powering Supercapacitors and Clean
1+ day, 10+ hour ago (79+ words) A sweeping review published in Discover Electrochemistry has consolidated more than a decade of progress on MXenes, a family of two-dimensional transition metal carbides, nitrides, and carbonitrides that many researchers now regard as the most versatile nanoarchitecture in modern energy…...
Spirocycle Turns Sulfur Into a Multicentred Catalyst Through Through-Space
1+ day, 10+ hour ago (614+ words) Chemists have long relied on a single trick to make the inert atoms of the p-block of the periodic table behave like reactive metals: bend them out of shape....
Atomic Swap in Two-Dimensional Nitrides Unlocks Five New Water-Splitting
1+ day, 12+ hour ago (506+ words) A single-atom substitution could transform one of the most exciting families of two-dimensional materials from a laboratory curiosity into a working engine for solar fuels....
Flower-Powered Carbon Doped With Manganese Boosts Supercapacitors and Solar
1+ day, 12+ hour ago (55+ words) Researchers in India have transformed the delicate purple-and-white flowers of Bauhinia variegata, the mountain ebony tree, into a high-performance carbon electrode material that works in two very different clean-energy devices at once. In a study published in the Springer journal…...