A charitable organisation that has been hosting scientific lectures for over 200 years, most famously the annual Christmas Lecture for families, broadcast on television.
There’s a museum in the basement dedicated to Michael Faraday. It is interesting but small - really something to do on the way to a talk.
Alvena Kureshi showcases next-gen surgical materials, including biodegradable implants and plant-based polymers, aiming for effective, sustainable healthcare.
Join Steve McNeil and Rob Sedgebeer as they put the latest gaming technology to the test with a room full of eager gamers playing as teams or going solo.
Learn about the detection of gravitational waves, the proposed Einstein Telescope, and their role in uncovering the universe’s mysteries.
Gideon Koekoek explains how gravitational waves and black holes relate to everyday physics, making complex concepts accessible and fun.
Learn how black holes might explain fundamental physics and our existence from an ex-astronomer and writer, and get insights into his latest book.
A mathematician uses Pokémon examples to explain maths concepts and gives tips on improving your Pokémon catch rate.
A physicist will explain how the universe operates like a flow of information, covering DNA, entropy, and quantum effects like ’entanglement'.
Women in science and tech discuss their careers, sharing their experiences and insights, aiming to inspire future generations.
Uncover amazing science facts including why metal-working gods walked with a limp and how a plane flew over a month without refueling.
Polymer scientist Mike Shaver discusses sustainable solutions and innovations in plastic recycling and polymer technology, highlighting new approaches across the supply chain.
Join NASA’s Astrophysics Division Director, Mark Clampin, as he shares insights on designing the James Webb Space Telescope and its impact on understanding the universe.
Enjoy an evening with scientists and comedians, offering detailed insights and laughs with every fact and story shared.
Join Bob Coecke as he presents a new, intuitive way to understand quantum physics using diagrams, highlighting his effective teaching methods that have enhanced student understanding and performance.
Claire Malone unveils how particle detectors, like ATLAS at CERN, capture and analyse subatomic interactions, using advanced systems to discern crucial data.
