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Powering the future: how tiny molecular "tubes" could revolutionise batteries
3+ day, 22+ hour ago (367+ words) From the smartphones in our pockets to the growing fleet of electric vehicles on our roads, lithium-ion batteries have become central to modern life. Yet this essential technology still faces important challenges. The liquid electrolytes used in conventional batteries are…...
Why the One Plus Nord 6 Silicon-Carbon Battery is a Game Changer
5+ hour, 41+ min ago (396+ words) newspress. co. in Why the One Plus Nord 6 Silicon-Carbon Battery is a Game Changer The release of the One Plus Nord 6 has sent shockwaves through the tech industry, not just because of its specs, but because of its core power…...
Study on the Removal of levofloxacin by a boron-doped Fe/cu bimetallic cathode
4+ hour, 58+ min ago (258+ words) Science Direct. com Separation and Purification Technology Study on the Removal of levofloxacin by a boron-doped Fe/cu bimetallic cathode" Access through your organization Check access to the full text by signing in through your organization. Preparation of the working…...
ORNL Researchers Design Superionic Polymer Electrolytes for Solid State Batteries
16+ hour, 16+ min ago (391+ words) Polymers are materials formed by long molecular chains made up of small, repeating building blocks. Well-known examples include a variety of plastics, which are usually made up of repeating units containing carbon and other atoms. The ORNL polymer electrolyte contains…...
Perovskite Crystals Sustain Electron Spin For 2 Milliseconds At Near Absolute Zero
19+ hour, 7+ min ago (414+ words) Previously, spin relaxation times in perovskite crystals lasted only tens to hundreds of nanoseconds. Now, measurements reveal these states can be maintained for up to 2 milliseconds in mixed-A-site perovskites. This extended duration establishes a new potential building block for solid-state…...
Trend of large batteries in phones: Use of silicon-carbon battery in new smartphones; One Plus-Oppo adopted, Samsung also in the race
23+ hour, 2+ min ago (319+ words) For smartphone users, battery has always been the biggest concern. Charging daily has become a habit. But now this situation is changing. Companies are working on a new battery technology that promises more battery life without increasing the phone's size....
Researchers successfully operate lithium-ion battery at frigid temperatures
19+ hour, 5+ min ago (586+ words) Aluminum could be a solution to keeping electric vehicles running longer when the mercury drops. That's because a team at the Chinese Academy of Sciences has successfully tested a lithium-ion battery with an aluminum anode that operated well at minus…...
Sodium-Ion Battery Safety: Zero Thermal Runaway with New Electrolyte | 2026 - News and Statistics
21+ hour, 1+ min ago (245+ words) Index Box Search across reports, market insights, and blog stories. Sodium-Ion Battery Safety Breakthrough: Zero Thermal Runaway Achieved According to a report from ESS News, researchers from the Chinese Academy of Sciences Institute of Physics have published a paper detailing…...
Energy officials predict rapid buildout of battery storage technology as electricity generation surges
20+ hour, 5+ min ago (539+ words) Homeowners and utility companies are increasingly taking advantage of the many benefits offered by solar panels and battery storage. Improvements in technology have quickly enabled greater access to one of the cheapest energy sources. A report from Dennis Wamsted and…...
A Nickel-Iron Battery Patented by Thomas Edison Over a Century Ago Has Been Rebooted and Could Become the Future of Renewable Energy
23+ hour, 35+ min ago (338+ words) More than a century after its invention, Edison's nickel-iron battery is being reconsidered not for cars, but for a broader role in energy systems shaped by renewables and storage demands. As reported by Supercar Blondie, a team of international researchers…...
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