Scientific innovation news covering research breakthroughs, academic studies, R&D developments, and emerging technologies across disciplines.
Researchers at Yunnan University created perovskite solar cells that generate electricity underwater. An additive repels water and stabilizes the crystal lattice, while the cells are tuned to absorb light wavelengths that penetrate water depths where silicon panels fail.
Researchers at City University of Hong Kong developed a novel environmental DNA membrane using molybdenum disulphide to enhance marine biodiversity detection. Published in the National Science Review, field tests at Hoi Ha Wan Marine Park successfully identified specific fish species without skewing community assessments.
Chinese researchers have created a novel oil refining technique that potentially reduces energy consumption by 90%. By operating at the molecular level to separate compounds more precisely than traditional distillation, the method promises lower costs, reduced emissions, and higher-value products.
Biotech firm Flyttr is constructing a 130,000-square-foot research facility in San Antonio to combat the New World screwworm. Partnering with the Texas Biomedical Research Institute, the site will produce sterile flies using the sterile insect technique to address the pest's first U.S. detection since 1966.
UAE and Oxford researchers are conducting studies in Nepal to develop early warning systems for landslides and glacial collapses. This scientific initiative follows recent deadly floods, aiming to prevent future tragedies by assessing hazards across entire river systems.
The Independent profiles Kenyan engineer Joseph Nguthiru, who developed a method to convert water hyacinth into bioplastic. The article details how this innovation addresses the severe ecological damage caused by the invasive plant in Lake Naivasha while creating economic value for local communities.
Newcastle University spinout METzero has raised approximately £750,000 in grants for its innovative wastewater treatment technology. The system uses microbes and electrodes to break down sewage while recovering ammonia fertilizer, offering a less energy-intensive alternative to traditional oxygen pumping methods currently being trialed by Thames Water.