Brian Cox

Why organisations work with Brian Cox

• His work on the ATLAS experiment at CERN places him inside the research that underlies quantum computing, particle detection, and the most advanced engineering challenges of our time – not adjacent to it.
• The Quantum Universe, Why Does E=mc2?, and Universal have collectively sold over a million copies: evidence that he can make abstract, rigorous science genuinely comprehensible to non-specialist audiences at scale.
• His Horizons tour set two Guinness World Records for science communication, reaching over 400,000 people across three continents – a proof of audience engagement no management consultant or futurist can match.
• As UN Champion for Space (appointed October 2025), he connects scientific frontier thinking directly to global governance, sustainability, and long-term civilisational risk – giving boards a frame that goes well beyond conventional technology briefings.
• He has presented at the World Economic Forum in Davos and in China, and headlined Infosecurity Europe 2025, demonstrating that his material holds up to scrutiny from the most demanding professional audiences.

Biography highlights

• Professor of Particle Physics, School of Physics and Astronomy, University of Manchester; Royal Society Professor for Public Engagement in Science
• Member, ATLAS collaboration, CERN Large Hadron Collider; formerly co-spokesperson, FP420 R&D project at CERN (2004–2009)
• Fellow of the Royal Society (FRS); CBE for services to the promotion of science
• Royal Society Michael Faraday Prize (2012); Institute of Physics Kelvin Medal and Prize (2010); Royal Television Society Best Presenter (2011)
• Author of six popular science books with collective sales exceeding one million copies, including The Quantum Universe and Why Does E=mc2?
• Guinness World Records holder for live science touring; Horizons: A 21st Century Space Odyssey reached over 400,000 people across three continents
• Appointed UN Champion for Space by UNOOSA, October 2025
• Presenter of multiple Peabody and BAFTA-recognised BBC series including Wonders of the Solar System, Wonders of the Universe, and The Planets

Biography

Brian Cox holds a chair in particle physics at the University of Manchester and works on the ATLAS experiment at CERN – the collaboration responsible for some of the most significant experimental results in the history of physics. That grounding in active research is what separates him from science communicators who translate the work of others. He is doing the work himself.

His books – Why Does E=mc2?, The Quantum Universe, Universal: A Guide to the Cosmos – have collectively sold over a million copies. Each one takes a genuine problem in physics, works through it without condescension, and arrives at implications that reward careful attention. The Royal Society awarded him the Michael Faraday Prize for exactly this quality: rigorous science made genuinely accessible.

Live, Cox operates at a scale no other scientist in the world matches. His Horizons tour set two Guinness World Records, reaching over 400,000 people across the UK, North America, Australia, and Europe. These are not public lectures; they are full arena productions using state-of-the-art visual technology, exploring quantum theory, black holes, the origin of life, and the nature of time. In October 2025, the United Nations Office for Outer Space Affairs designated him UN Champion for Space – recognising his ability to connect frontier physics to the practical challenges of global governance and sustainability.

For boards and senior leadership teams, Cox offers something specific: a working physicist’s account of where the science actually is, what it makes possible, and what it rules out. At the World Economic Forum, at Infosecurity Europe, at TED – the audiences are demanding, and the material holds. The value is not inspiration in the abstract; it is the kind of rigorous, first-principles framing that improves the quality of strategic decisions.

Key speaking topics

• Particle physics and the Large Hadron Collider
• Quantum mechanics and its practical implications
• Space technology and global infrastructure
• The origin and structure of the universe
• Scientific reasoning and evidence-based decision-making
• The future of space exploration and governance
• Science communication and public understanding of technology

Ideal for

• Boards and C-suite teams seeking first-principles scientific context for technology strategy
• CTOs, CIOs, and transformation leads navigating quantum computing and advanced physics-derived technologies
• Global leadership summits and flagship corporate conferences requiring authoritative, high-profile keynote presence
• Organisations in aerospace, defence, energy, financial services, or cybersecurity where physical science is directly relevant to competitive strategy

Audience outcomes

• A clearer mental model of what quantum mechanics, particle physics, and space science actually mean for the technologies being built now
• Confidence in reasoning about scientific uncertainty and frontier research – rather than deferring entirely to technical specialists
• A broader frame for long-term strategic thinking, grounded in the timescales and constraints of physical reality rather than market cycles
• Greater appreciation of evidence-based reasoning as a decision-making discipline, not just a scientific one
• Understanding of how space-based infrastructure and emerging physics-derived technologies intersect with sustainability, governance, and geopolitical risk