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
Caged Nickel Catalyst Turns Greenhouse Gases Into Syngas and Refuses to
1+ hour, 48+ min ago (660+ words) Two of the most troublesome greenhouse gases, methane and carbon dioxide, can be forced to react with one another in a process known as dry reforming of methane, a reaction that converts both pollutants into valuable synthesis gas, a mixture…...
MXene Dose Unlocks Faster Oxygen Evolution in Nickel Cobalt Oxide Catalysts
11+ hour, 18+ min ago (604+ words) The slowest step in the hydrogen economy may just have gotten a serious upgrade....
Australian scientists extracted an enzyme from soil bacteria that produces electricity using traces of hydrogen in the air — it still worked after freezing or heating to 80°C, opening a possible route to small air-powered devices
2+ day, 22+ hour ago (621+ words) Published September 10, 2026 · How we edit Scrape up a teaspoon of garden soil and you are holding several billion bacteria, and a fair few of them are quietly running on nothing but air. The habit is widespread and consequential. Soil microbes…...
Nickel Doping in Copper MOF Boosts CO2 Conversion to C2+ Products
2+ day, 22+ hour ago (34+ words) Bioengineer.org Subject of Research: Chemistry Article Title: Modulating Electronic Structure of Cu-Based MOF via Ni Doping for Efficient CO2 Electroreduction to C2+ Products...
Stevens researchers discover ways to boost performance in hydrogen fuel cell membranes with big implications for improving this clean energy tech???s performance
3+ day, 10+ hour ago (230+ words) A new study reveals how the molecular structures of anion exchange membranes form ionic channels when they become wet, paving the way to more affordable energy image: Benjamin Paren at work in his laboratory view more Credit: Stevens Institute of…...
Opinion: The overlooked actinide that could transform chemical separations
3+ day, 8+ hour ago (360+ words) Federation: Log in through a federation service that connects your organization to multiple systems. Use this option if your organization instructs you to use federated sign-in. Berkelium’s refusal to behave like other tetravalent actinides may be its greatest separation advantage…...
Scientists Made Edison’s Old Battery Recharge in Seconds—and It Could Challenge Lithium-Ion for Grid Storage
3+ day, 5+ hour ago (214+ words) The batteries last more than 12,000 charge cycles, meaning they could one day dethrone lithium-ion alternatives. “People often think of modern nanotechnology tools as complicated and high-tech, but our approach is surprisingly simple and straightforward,” said study coauthor Maher El-Kady, PhD,…...
Mars Air Could Become Rocket Fuel As Scientists Unlock A New Way To Make Methane
3+ day, 14+ hour ago (985+ words) Scientists have demonstrated a new method to produce methane fuel from Martian carbon dioxide using an advanced copper catalyst. Researchers at the University of Mississippi have developed a method that could help future Mars missions produce rocket fuel directly from…...
Stanford chemists turned ordinary rocks into carbon-trapping materials that work thousands of times faster than nature by borrowing a trick from centuries-old cement-making and the results could reshape how humanity fights climate change
3+ day, 14+ hour ago (463+ words) Pulling billions of tons of CO2 out of the atmosphere is one of the hardest things humanity has ever attempted. The technologies built for it — giant fan systems, experimental ocean interventions — are expensive, energy-intensive, and still nowhere near the scale the…...
Lab catalyst turns methane into syngas with one-tenth the nickel
3+ day, 18+ hour ago (44+ words) Nanowerk Lab catalyst turns methane into syngas with one-tenth the nickel A nickel oxide surface rebuilt itself into active atomic sites, helping a 0.8% nickel catalyst convert 92% of methane with 87% syngas selectivity....