RMSC Science on the Edge Lecture
- Dates: April 1, 2020
- Start Time: 7:30 PM
- End Time: 9:00 PM
- Times: From: 07:30 PM to 09:00 PM
- Admission: Adults: $15RMSC Member Adults: $13Students through grade 12 or college students with valid college ID: $11RMSC Employees, Docents/Volunteers, Rochester Engineering Society: $3
- Location: Rochester Museum & Science Center
- Address: 657 East Avenue Rochester, NY 14607-2177
- Phone: (585) 697-1974
- Email: email@example.com
- Web Site: https://rmsc.org/science-museum/programs-and-events/item/128-science-on-the-edge-lectures
RMSC Science on the Edge Lecture: Alien Worlds and the Fate of the Earth
Speaker: Adam Frank, Professor of Astrophysics, University of Rochester
Enjoy a lecture, Museum exploration, and meeting with the speakers in a unique after-hours experience. Seating is limited, pre-registration is highly encouraged. Call 585.697.1942 to register, or get tickets at online.
Museum opens at 5:30pm before the start of each lecture.
Science on the Edge lectures are supported in part by the Richard C. Shultz Endowment Fund.
We humans, with our “project of civilization” are a kind of cosmic teenager. We have power over ourselves, and the planet, but no model to follow. In this talk Professor Frank shows how our fate can best be understood in light of the stars. Thanks to the revolutionary field of astrobiology, we have discovered that we are just one of 10 billion trillion habitable planets in the Universe. Unless the laws of the universe are deeply biased against life and intelligence, it’s highly improbable that we are the first project of civilization in cosmic history. So, what then, can we learn from the others that have almost certainly existed? Unpacking the exploration of our solar system and beyond, Professor Frank shows how we have already learned universal “laws of planets.” With this new view, we can tell how life (including the intelligent kind) and its host worlds can evolve together. From microbes generating Earth’s oxygen-rich atmosphere to the discovery of Venus’ runaway greenhouse effect, we can now lay out the contours of what happened here and what may happen elsewhere. With this “10,000 light-year” view we gain a new story of our future on a changing Earth. It's a narrative rich with both hope and caution.