SMP 3/9/13 | Into the Future with Plasma Rocketry: The Intriguing World of Electric Propulsion | Speaker: John E. Foster
- All News & Features
- All Events
- Special Lectures
- K-12 Programs
- Saturday Morning Physics
-
- Subscribe
- Taping
- Past Events
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
- SMP 4/13/13 | Capillarity | Speaker: Professor Robert Deegan
- SMP 3/13/13 | Peering Into the Proton | Speaker: Christine Aidala
- SMP 3/16/13 | Exploring Mars with the Curiosity Rover | Speaker: Nilton O. Reno
- SMP 3/9/13 | Into the Future with Plasma Rocketry: The Intriguing World of Electric Propulsion | Speaker: John E. Foster
- SMP 2/16/13 | Entropy: Quantifying What We Don’t Know | Speaker: Cindy Keeler
- SMP 2/9/13 | Metals with Memory: How These Amazing Materials Remember Their Shape | Speaker: Samantha Daly
- SMP 2/2/13 | 100th Year Celebration: BRAVO! A Cultural Crossroads of Physics and the Performing Arts | Speaker: Scott Pfeiffer
-
-
-
-
-
-
- Fall 2016
- Winter 2017
- Fall 2017
- Winter 2018
- Fall 2018
- Winter 2019
- Fall 2019
- Winter 2020
- Fall 2020
- Winter 2021
- Fall 2021
- Winter 2022
- Fall 2022
- Winter 2023
- Fall 2023
- Winter 2024
- Fall 2024
-
- Seminars & Colloquia
Plasma propulsion includes those rocket engine systems that accelerate charged particles for the purpose of thrust production. Plasma thrusters are mission enabling, making it possible to realize deep space science missions that would otherwise be impossible from a practical implementation standpoint using conventional chemical rockets. We will explore the inner workings of these clever devices, delving into the basic physics of operation and commenting upon the current state of the art. The role that these engines have played aboard communications satellites and on key space science missions to date as well as the role that these engines are expected to play in the robotic exploration of the solar system and beyond will also be discussed. Finally, the evolution of these engines from their present state to their “sci fi” cousins for applications supporting human spaceflight will also be highlighted.
Detailed Information
All talks are free and refreshments will be served. Visitor parking for the seminars (Central Campus) is across the street from the Dennison Building in the U-M Church Street structure. There is a $2.00 parking charge implemented by U-M Parking Services.
Contact Information
For more information regarding the Saturday Morning Physics series, see the Physics Department website, or call 734.764.4437
Speaker: |
---|