How could tiny antennae attached to tiny algae speed up the transition away from fossil fuels? This is one of the questions being studied by Cambridge researchers as they search for new ways to decarbonise our energy supply, and improve the sustainability of harmful materials such as paints and dyes.
A new design of algae-powered fuel cells that is five times more efficient than existing plant and algal models, as well as being potentially more cost-effective to produce and practical to use, has been developed by researchers at the University of Cambridge.
Christian Ridley (Department of Plant Sciences) discusses why algae biofuel has failed to deliver, and what could be done to save this promising technology.
Species of single-celled algae use whip-like appendages called flagella to coordinate their movements and achieve a remarkable diversity of swimming gaits.
The latest research on algal biotechnology is the subject of a major conference taking place today.
New research reveals what happens when swimming cells such as spermatozoa and algae hit a solid wall, and has implications for applications in diagnostics and biofuel production.
Plant scientists in Cambridge have embarked on ambitious plans to improve crop yields by solving one of the chief limitations of photosynthesis.
Designers have shaped the way we live today, created iconic products and disrupted industries – but could design also shape scientific research?
The Bioenergy Initiative is bringing biology and engineering together to address the challenge of meeting our future energy needs.
Researchers in Cambridge are studying how the generation of fluid flow by organisms may have played a role in the evolution of biological complexity.
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