The risks of solar geoengineering will be magnified if critics are ignored and researchers are allowed to self-regulate.

A technique known as “enhanced rock weathering” promises to remove billions of tonnes of carbon dioxide (CO₂) from the atmosphere. But it’s crucial to be able to measure how much CO₂ is captured.

A lecturer at the School of Medicine and Psychology is going to new heights to raise money for new training equipment.

Pumped hydro and batteries can easily provide all the storage needed for 100% renewable electricity generation, eliminating the need for polluting gas power plants.

A new approach to creating materials that interact selectively with different twists in light greatly simplifies their fabrication, and could pave the way for advances in biosensing, photochemistry, and quantum optics.

What happens when research rolls into the kitchen? These PhD students will tell you that you can have your cake and eat it too.

A team of scientists is about to set sail to the Japan Trench.

The energy stored in an atom can be released in two main ways: fission or fusion. Nuclear physicist, Professor Matthew Hole explains the difference between the two.

What will the AI transformation really mean for science?