James Beacham, Particle physicist at ATLAS Experiment at CERN | Our universe is bizarre. Why is most of the cosmos composed of mysterious dark matter? Why is the Higgs boson so strange? Why do atoms exist? The hottest-and-latest in physics suggests that the biggest puzzles of science could be elegantly solved if our universe were one of a possibly infinite number of universes. But is this a testable scientific idea, or eternally speculative? How do we talk about what's outside our universe? Join Dr. James Beacham, of CERN's Large Hadron Collider, as he explores the edges of knowledge -- including CERN's plans for a colossal Future Circular Collider -- and how the future of science, technology, and innovation will be much wilder than we can imagine.
2019年5月20日星期一
James Beacham (CERN) on Solving the mysteries of time and space | #TNW2019
James Beacham, Particle physicist at ATLAS Experiment at CERN | Our universe is bizarre. Why is most of the cosmos composed of mysterious dark matter? Why is the Higgs boson so strange? Why do atoms exist? The hottest-and-latest in physics suggests that the biggest puzzles of science could be elegantly solved if our universe were one of a possibly infinite number of universes. But is this a testable scientific idea, or eternally speculative? How do we talk about what's outside our universe? Join Dr. James Beacham, of CERN's Large Hadron Collider, as he explores the edges of knowledge -- including CERN's plans for a colossal Future Circular Collider -- and how the future of science, technology, and innovation will be much wilder than we can imagine.
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