Professor Brian Cox is a prominent experimental physicist in the UK, known for his books and TV programmes that have made science engaging and accessible to millions. Often called a "rock star scientist" due to his earlier career as a professional musician, Brian is a Professor of Particle Physics at Manchester University and The Royal Society Professor for Public Engagement in Science. He is also a key figure in the ATLAS experiment at the CERN Large Hadron Collider.
Brian's acclaimed TV series include "Wonders of the Universe", "The Planets", "Wonders of Life", and "Forces of Nature", exploring fundamental science from celestial bodies to atomic structures. He has also presented programmes such as "Stargazing", "Space Hoppers", "The Big Bang", and multiple editions of "Horizon". His books, accompanying the Wonders of... series, are bestsellers, along with co-authored works like "Why Does E=mc2?" and "The Quantum Universe". Brian also co-hosts the hit podcast "The Infinite Monkey Cage" with comedian Robin Ince, offering a witty and irreverent exploration of science, from subatomic particles to the broader cosmos.
Brian's presentations, delivered at venues like TED and the World Economic Forums in Davos and China, are known for their ability to engage and inform. They feature visuals from the cosmos combined with his enthusiasm for science. He discusses the narrative of life, the universe, and everything in between, advocating that science can unite humanity in understanding our shared origins and solving enduring mysteries.
In his talks, Professor Brian Cox discusses the narrative of life, the universe, and everything in between, advocating that science can unite humanity in understanding our shared origins and solving enduring mysteries. He delves into the work at CERN, where cutting-edge technology recreates conditions from a fraction of a nanosecond after the Big Bang to uncover the universe's fundamental simplicity. Brian also explores black holes, which he finds the most fascinating objects, and the conditions on Mars that may have supported life 3.5 billion years ago. Attendees will learn about the potential of science to answer profound questions about our existence.
