Cold Radioactive Molecules Poised for Physics Breakthroughs
Scientists have developed a method to stabilize and cool radioactive radium molecules, enabling their use as high-precision quantum sensors.
Scientists have developed a method to stabilize and cool radioactive radium molecules, enabling their use as high-precision quantum sensors.
Researchers have created a metasurface-based system that uses the optical Kerr effect to redirect light beams at unprecedented speeds. This development offers a new approach for managing data in fields such as telecommunications and high-speed computing.
International research teams are developing advanced catalysts, including photocatalysts and copper nanoclusters, to convert carbon dioxide into chemical fuels. These atomic-level modifications aim to improve efficiency and product selectivity for future industrial applications.
Scientists have created a mosaic-8 nanoparticle vaccine that targets conserved regions across various coronaviruses to elicit broad antibody responses. Clinical trials for this candidate are scheduled to begin in 2025.