Key Highlights
•
A new “depolarized” solvent design for organic lithium batteries combats a problem called solvent concentration polarization, which typically slows down battery performance in the cold. This breakthrough enables ultrafast charging and stable operation even at extremely low temperatures of -60°C, paving the way for reliable batteries in electric vehicles and electronics in harsh climates.
Source →
•
Researchers have developed flexible, triple-layer solar cells made from materials like InGaP and GaAs, which are not only highly efficient but also protected by ultrathin glass. This makes them resistant to both harsh chemicals and space radiation, allowing a single solar panel design to be used for generating clean fuels on Earth and powering satellites in orbit.
Source →
•
A tandem process uses electricity from renewable sources to convert CO2 and water into syngas, which is then turned into valuable carbon nanofibers. By using a bimetallic catalyst made of palladium and copper, the process reduces the need for expensive metals while creating a high-quality product, offering a promising route for long-term carbon storage and sustainable manufacturing.
Source →
•
Scientists have discovered that the electrolyte solvent in sodium-ion batteries can actively help sodium ions move faster within the battery’s cathode, rather than just being a passive liquid. This reversible solvent intercalation leads to much faster charging and discharging speeds without sacrificing the battery’s lifespan or stability, a key advance for affordable energy storage.
Source →
•
A detailed study of the Hutton Sandstone in Australia’s Eromanga Basin has identified specific areas with the right combination of high temperature (over 120°C), good rock porosity, and sufficient thickness to be viable for geothermal energy extraction. This analysis pinpoints a prospective zone with enough in-place thermal energy to potentially support a medium-scale geothermal power plant, reducing exploration risk.
Source →
Stay curious. Stay informed — with
Science Briefing.
Always double check the original article for accuracy.
