Solar energy is a promising source of green energy, yet conventional solar cells cannot fully utilize it due to efficiency limits in semiconductors. Researchers have now found a strategy to overcome this barrier with a new design strategy for exciton amplification. Using a molybdenum-based “spin-flip” emitter, they harvest multiplied excitons generated by singlet fission. The system achieves quantum yields of around 130%, surpassing the conventional 100% limit and opening possibilities for solar cells and LEDs.

A multiyear NSF study by FAU, the Brookings Institution, Texas State University, and four Robert Noyce partner institutions examined STEM teacher preparation and retention in high-need U.S. schools. Using national data, program surveys, and stakeholder interviews, findings show that Noyce-supported programs help maintain a stable, well-qualified STEM workforce, boost teacher readiness, and reduce vacancies near partner institutions. While some gaps remain, targeted policies and programs are critical for sustaining a resilient STEM teacher pipeline and expanding equitable student access to high-quality STEM education.

Catalytic CO₂ utilization (CCU) offers a pathway to turn power plant emissions into valuable fuels and chemicals, but deploying these complex technologies has been hindered by safety and economic hurdles. A new review led by Xiansheng Li from China Datang Technology Innovation Co., Ltd. provides a pragmatic, three-tiered engineering framework to help utilities, investors, and policymakers navigate this challenge, offering a clear path from scientific concept to bankable project.

Gladstone Institutes, a nonprofit biomedical research organization, has secured more than 105,000 square feet of future laboratory space in a newly constructed building at 1450 Owens Street in San Francisco, empowering its scientists with the tools and environment to create medicines of the future. The new building is one block from Gladstone's 200,000-square-foot headquarters, which houses more than 600 scientists across 32 labs. 

The Research Group on Academic and Professional English at the Universitat Jaume I (GRAPE-UJI), led by professors Inmaculada Fortanet and Noelia Ruiz, is developing a computer tool to promote a paradigm shift in language teaching — in this case, English — that will make it possible to move from an exclusively linguistic approach to a global approach in which visual elements play as important a role as verbal elements.

The team has received funding from the UJI>LAB IMPULS call with a project led by Edgar Bernad that will help accelerate the software development of GRAPE-MARS (Multimodal Analysis Research Software). The first prototype, already in operation and tested by a large number of researchers at international level, was created in a previous project with the participation of Noelia Ruiz, Inmaculada Fortanet, Edgar Bernad and Julia Valeiras. The current project aims to improve the programme and commercialise it in relevant contexts such as research, education and business.

A new recipe for metal feedstock, combined with a "movie-mode" X-ray analysis, creates parts that are 70% stronger than current standards.