SATURDAY 13 APRIL 2024 | 10am - 5pm LONDON
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Super early bird discount ends on Sunday |
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Evidence from particle accelerators such as the Large Hadron Collider has given us our best understanding of the nature of matter: the Standard Model of particle physics.\xa0 - But what is the Standard Model and is it complete?\xa0\xa0
- Is it the final answer to the question of what atoms are made of?\xa0\xa0
- The Standard Model implies four forces of nature, could there be a fifth?\xa0
Join our experts for this one-day masterclass, to find out everything we know about the nature of matter.\xa0\xa0 |
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Book your place today and save £40 off the standard rate\xa0 |
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OUR MASTERCLASS SPEAKERS INCLUDE…\xa0 |
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| Large Hadron Collider beauty and antimatter |
Chris Parkes, Leader Large Hadron Collider Beauty experiment, CERN Chris will explain how the Large Hadron Collider beauty (LHCb) experiments contribute to our understanding of the asymmetry between matter and antimatter, a puzzle that has intrigued physicists for decades.\xa0
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| The Applications of Particle Accelerators\xa0
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Rob Edgecock,Professor of Accelerator Applications, University of Huddersfield\xa0 \xa0 Rob will explain how accelerators work and describe some of the main applications in health and industry. Along with the new applications under development for the environment. He will show how important they already are to everyday life and how they could be even more important in the future.\xa0 |
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| The Standard Model: the theory of (almost) everything
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Harry Cliff,Particle Physicist, University of Cambridge Hear how the standard model of particle physics was assembled and discover the mathematical principles that underlie this theory, along with the questions that it leaves unanswered.\xa0
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| Discover neutrinos, the strangest particles in the universe
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Melissa Uchida, Lecturer in High Energy Physics at the Cavendish Laboratory, University of Cambridge Melissa will look at the nature of neutrinos, including some of the experiments working to understand them and consider some of the most important questions, like are neutrinos partly responsible for the creation of our Universe?\xa0\xa0
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| The Muon g-2 Experiment: latest results
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Gavin Hesketh, Professor of Physics, University College London\xa0 \xa0 Hear the latest results from the Muon g-2 experiment at Fermilab, which show a clear disagreement with the Standard Model and explore if this is a major discovery and breakthrough in our understanding of the Universe. |
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LAST CHANCE TO\xa0 GET THE SUPER EARLY BIRD DISCOUNT AND SAVE £40 OFF\xa0THE STANDARD RATE |
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