StarTalk Season 3 Episode 5 Brian Greene
- October 17, 2016
In season 3, episode 5 of StarTalk, host Neil deGrasse Tyson sits down with Brian Greene to discuss the concepts of space, time, and the universe. Greene is a theoretical physicist and bestselling author known for his work on string theory and the fabric of the universe.
Tyson and Greene begin by discussing the nature of time, and how our perception of time is relative to our space-time location. They delve into the concepts of black holes, white holes, and the event horizon that surrounds them, exploring the possibility of time travel and other theories related to space-time distortion.
Next, they discuss the fabric of the universe and the idea that everything in the universe is connected. Greene explains how string theory suggests that everything in the universe is made up of tiny, vibrating strings that create different particles and forces. They also touch on the concept of the multiverse and how it relates to the laws of physics.
The conversation then turns to the topic of dark matter and how it affects the structure of the universe. Greene explains how recent discoveries have helped shed new light on this mysterious substance and its importance in our understanding of the universe.
Tyson and Greene wrap up their conversation by discussing the future of physics and where the field may be headed in the coming years. They touch on topics such as quantum computing and the possibility of a unified theory that could explain everything in the universe.
Throughout the episode, Tyson and Greene use visual aids and examples to help explain complex concepts in a way that is engaging and accessible to viewers of all backgrounds. Their passion for physics and their ability to convey these ideas in an understandable way make for a fascinating and informative episode.
Overall, season 3, episode 5 of StarTalk with Brian Greene is a thought-provoking exploration of the concepts of space, time, and the universe, as well as an insightful look into the mind of one of the most influential physicists of our time.
