Brian Greene is one of the world’s leading theoretical physicists and a brilliant, entertaining communicator of cutting-edge scientific concepts. A Professor of Physics and of Mathematics at Columbia University, Greene has been described by The Washington Post as “the single best explainer of abstruse concepts in the world today.”
Greene is the author of three acclaimed books -- The Elegant Universe, The Fabric of the Cosmos, and The Hidden Reality -- which have collectively sold over two million copies, been translated into more than 40 languages, and spent 65 weeks on the New York Times bestseller list. His books are also the basis of two Emmy and Peabody Award-winning NOVA miniseries, both of which Greene hosted.
Greene's illustrated novella Icarus at the Edge of Time, adapted for live symphonic presentation with an original score by Philip Glass, premiered at Lincoln Center and has been performed over 50 times worldwide. Greene's work for the stage, Light Falls, traces Einstein's discovery of General Relativity, and features an original score by House of Cards composer Jeff Beal and visual design by the Tony Award winning team from 59 Productions.
Together with journalist Tracy Day, Greene is the co-founder of The World Science Festival, which brings cutting edge science programming to broad audiences. The Festival's live flagship events, in New York and Australia, have reached an audience of over two million, and more than 50 million have experienced the Festival's offerings online.
A Harvard graduate and a Rhodes Scholar, Greene is a frequent television guest, joining Stephen Colbert eight times and playing himself in an episode of The Big Bang Theory. He has also had cameo roles in a number of Hollywood films including Frequency, Maze, and The Last Mimzy.
Greene is currently director of Columbia University's Center for Theoretical Physics.
- Brian Greene Discusses the Higgs Discovery at Aspen Ideas Festival (2012)
- What's the Big Idea? (2008)
- Brian Greene Makes Stuff Levitate. Seriously.
- Greene on the Importance of Science Education (2010)
- Dr. Greene explains the discovery of Gravitational Waves (2016)
- Brian Greene on Colbert Report (2011)
- Brian Greene at TED Talks (2008)
- Icarus at the Edge of Time (2008)
For many, science brings to mind memories of a difficult or boring or irrelevant or intimidating subject once studied in school but long since left behind. To be sure, the general public values the fruits of science and technology, but science itself is, for many, best left to the scientists. Which is tragic. Science is our species’ most dramatic story of discovery. Instilling this perspective calls for a radical shift, in which science moves from the outskirts to the center of culture. In this talk, audiences explore key breakthroughs in science and grasp how abstract discovery can impact the all-too-human quest to understand how we fit into the cosmos.Read More >
Building upon his own revolutionary breakthroughs, as well as those of an earlier age, Albert Einstein dreamed of a single theory — perhaps encapsulated by a single mathematical equation — that would be able to explain all of nature’s forces. Einstein spent 30 years in valiant pursuit of the unified theory but came up empty handed. In the decades since, physicists have picked up where Einstein left off, and have made great strides, with some of their most well-developed approaches involving microscopic strings, extra dimensions of space, and possibly even other universes. In this dispatch from the frontier of physics, audiences go on a whirlwind journey across 300 years of thinking, to learn the state-of-the art in searching for the deepest laws of the universe.Read More >
During the past hundred years, our understanding of the universe has been subject to three revolutionary upheavals that have swept away thousands of years of conventional thought. These discoveries serve as case studies into the kind of creative reasoning that shatters conventional wisdom and synthesizes new approaches and new answers to the most perplexing of puzzles. By showing the impact of questioning hidden assumptions, the power of asking the seeming simple-minded questions to which everyone already “knows” the answer, and the value of melding diverse viewpoints to produce what no single perspective could yield on its own, this talk illustrates the key elements of breakthrough thinking within the fascinating narrative of modern physics.Read More >
Innovation, exploration, and discovery are deeply ingrained in human nature, and the keys to their success transcend disciplines. Professor Greene uses three stories from the frontiers of science to examine how essential features — staying the course while shedding expectations, maintaining individuality while working collaboratively, accepting failure while pushing for success — can coalesce into breathtaking results. Sparking new insights, this presentation explores how we can unleash our innate drive to innovate.Read More >
In an evening of art and science, world-renowned physicist Dr. Brian Greene adapts and transforms the mythical flight of Icarus into a theory-driven adventure, Icarus: At the Edge of Time. Melding state-of-the-art visual effects, an original orchestral score by Philip Glass, and Greene’s own passion for helping audiences of all ages discover the secrets of the universe, Icarus is a performance that has the same edge of your seat quality of a sci-fi quest, yet one that is grounded by real world science.
About the Program…
Icarus: At the Edge of Time takes audiences on a journey through scientific wonder and high-speed adventure. Dr. Brian Greene opens the show by introducing the science of relativity and black holes and the possibility of time travel that they offer. With that as a launching pad, Greene brings the science to vivid life, narrating his own futuristic version of the flight of Icarus, in which a young astronaut challenges the awesome might of a black hole. Featuring a live orchestral accompaniment and a visually arresting video feature, the evening is an experience of film, music, and science that is not to be missed.
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The single greatest upheaval in our understanding of the universe comes from Quantum Mechanics. Developed nearly a century ago to understand the universe’s finest ingredients, quantum mechanics has resulted in the most accurate theory ever developed but also the strangest. Particles and waves, probabilities, quantum entanglement, and possibly other worlds are all features that may very well have a home in this most powerful description of nature. Learn how a single generation of thinkers used theory and experiment to rewrite the rules of reality and, in the process, revolutionized modern life.Read More >
Light Falls: Space, Time, and an Obsession of Einstein
The Hidden Reality
The Elegant Universe: Superstrings, Hidden Dimensions, and the Quest for the Ultimate Theory
Icarus at the Edge of Time
The Best American Science and Nature Writing 2006
The Fabric of the Cosmos: Space, Time, and the Texture of Reality
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