@dailyinnovationnews: 🇬🇧 Scientists at the University of Oxford have bioengineered bacteria, Shewanella oneidensis, into "hydrogen nanoreactors" that efficiently produce hydrogen fuel using water and sunlight. By concentrating electrons, protons, and hydrogenase enzymes in a bacterial compartment and enhancing the process with graphene oxide and ferric sulfate nanoparticles, the system achieved a ten-fold increase in hydrogen yield. This scalable innovation could lead to "artificial leaves" for large-scale, sustainable hydrogen production, reducing reliance on fossil fuels. Source – Interesting Engineering 🇨🇦 Waterloo-based Open Quantum Design (OQD) has launched the world’s first open-source trapped-ion quantum computer, providing free access to its hardware, software, and educational resources. Trapped-ion systems, known for their precision and scalability, are poised to advance global quantum research by enabling collaboration and innovation. This initiative addresses industry challenges, including access to hardware and skilled talent, while fostering a global quantum community for transformative advancements. Source – Interesting Engineering 🇺🇸 Researchers at the University of Illinois have created gene-edited soil bacteria capable of providing up to 35 pounds of nitrogen per acre to corn during early growth. These bacteria, which colonize plant roots, reduce reliance on synthetic nitrogen fertilizers and enhance crop yield. While still supplemental to fertilizers, the technology could help manage nitrogen deficits in less fertile soils and reduce environmental impacts of over-fertilization. The findings highlight potential for future advances in sustainable agriculture. Source – ScienceDaily

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Monday 20 January 2025 13:00:25 GMT