News
The integration of flexible magnets in metamaterials allows for reprogrammable structures, offering vast potential in robotics and biomedical engineering.
13h
AZoCleantech on MSNStudy Reveals Optimized HHO Generators Cut Vehicle EmissionsThis study presents an advanced HHO generator design that improves fuel efficiency and lowers harmful emissions, highlighting ...
9h
AZoCleantech on MSNFyto's Robotic System for High-Protein Feed and FertilizerFyto revolutionizes farming with an automated Lemna cultivation system, utilizing dairy wastewater to produce high-protein ...
12h
AZoOptics on MSNFaSt-Light: Transforming In Situ Biofabrication for Tissue RepairFaSt-Light is a fiber-assisted, structured light biofabrication system enabling high-resolution in situ tissue engineering ...
At the University of Plymouth, we are significantly investing in our campus and facilities to ensure a first-class learning, research and working environment ...
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