Researchers at the QUILL Research Centre (Queen's University Ionic Liquid Laboratories) are discovering how ionic liquid technology can be used in the development and recycling of magnets and batteries used in renewable energy technologies.
USING IONIC LIQUIDS TO RECYCLE PLASTIC WASTE
Working with key partners across the island of Ireland, researchers at QUILL (Queen's University Ionic Liquid Laboratories) are discovering how ionic liquids can provide a sustainable way of recycling plastic waste.
Most potable water in Gulf countries comes from desalination, but the process is expensive and has a large environmental footprint
The efficiency of perovskite solar cells opens up new possibilities for renewable energy, but to exploit their full potential, science needs to fully understand them
Researchers from the Emirates Center for Mobility Research at UAEU simulate 30 years of passenger transportation to find the most efficient and environmentally friendly method
Regional collaboration for global application: How universities are driving social progress
Comprising insights from university leaders, industry disruptors and political change-makers, the event will assess the type of funding needed to ensure academic agency and create tailored approaches to achieving scalable impact across the region. The event will also feature the reveal of the THE Latin America University Rankings 2023.
Redefining success through institutional transformation
A fresh format for 2023 offers stimulating interactive sessions to ensure an outcome-driven event that reflects the innovative spirit of the sector. Hosted along with our prestigious THE Awards ceremony, delegates can expect practical advice, ideas and solutions to the most pressing strategic challenges facing universities today.
Late-life dementia is becoming increasingly common in people after 80 years of age.
People with gut disorders may be at greater risk of developing Alzheimer’s Disease (AD).
A world-first Edith Cowan University (ECU) study has confirmed the link between the two, which could lead to earlier detection and new potential treatments.
