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Research Project
Changing chicken for net zero: Practices and Beliefs from the poultry industry
https://www.southampton.ac.uk/research/projects/changing-chicken-for-net-zero-practices-beliefs-from-the-poultry-industry
Net-zero is poorly understood or known about as a goal across non-scientific communities in the UK. Our central aim is to learn about beliefs and practices linked to awareness and interest to engage with carbon net-zero with people in dual-roles both...
Research Project
NIHR liver disease research partnerships: Liver Champions
https://www.southampton.ac.uk/research/projects/nihr-liver-disease-research-partnerships-liver-champions
Liver disease is the second-biggest cause of early death in England and Wales. People from under-served communities are more likely to die from liver disease. People with liver scarring (cirrhosis) need an ultrasound scan twice a year to look for liv...
Research Project
Impact Acceleration Account (IAA) - Powering electronics with body heat – a wearable commercial demonstrator for remote temperature monitoring.
https://www.southampton.ac.uk/research/projects/impact-acceleration-account-iaa-powering-electronics-with-body-heat-a-wearable
The aim of this proposal was to integrate flexible thin-film thermoelectric energy harvesters into a commercially viable wearable product, providing immediate uninterrupted green power for remote temperature monitoring, as a technology demonstrator. ...
Research Project
ChAMP and WAFT Collaboration Fund - Scalable Flexible Ion Sensors for Wearable Electrolyte Monitoring
https://www.southampton.ac.uk/research/projects/champ-waft-collaboration-fund-scalable-flexible-ion-sensors-for-wearable
This collaboration fund with University of Oxford, investigatedthe use of the large-area commercial roll-to-roll technique used for flexibleelectronics, based upon a planar electrolyte monitor sensor.
Research Project
ChAMP and WAFT Collaboration Fund - Inline patterning of thermoelectric devices onto flexible substrates: a solution to large area manufacturing of wearable electronics
https://www.southampton.ac.uk/research/projects/champ-waft-collaboration-fund-inline-patterning-of-thermoelectric-devices-onto
This collaboration fund with University of Oxford, investigated the compatibility of using large-area roll-to-roll manufacturing techniques with thermoelectric materials and devices, whilst optimising their output.