PhD student Soukayna Mouatadid talks to us about machine learning and climate change.

PhD student Thomas Vogt tells us about his work in brain imaging.

Ahmer Wadee explains how to keep tall structures from buckling under their own weight.

Engineer Paul Shepherd explains the famous arch and drops some eggs.

Furniture designer Charles Trevelyan talks about the importance of maths in designing structures that are not only beautiful but also strong.

Gabriela González, former Spokesperson of LIGO, explains gravitational waves, what it was like to discover them, and what they might tell us about the Universe.

How does LIGO detect gravitational waves? Here is a quick introduction.

What is a black hole? Cosmologist Pau Figueras explains.

Kip Thorne explains how to explore the Universe with gravitational waves.

David Tong explains one of the most important equations in science.

Can we define an event without reference to space and time? And why would this be useful? Laura Mersini-Houghton explains.

The renowned physicist Juan Maldacena, of the Institute of Advanced Study in Princeton, has developed a great analogy to explain the beautiful symmetries that underpin the fundamental forces and particles, including the Higgs boson: he thinks of space as a grid of countries and of particles as travellers keen on making money by speculating with currencies.