- All News & Features
- All Events
- Special Lectures
- K-12 Programs
- Saturday Morning Physics
-
- Subscribe
- Taping
- Past Events
-
-
Winter 2002
-
Winter 2003
-
Fall 2003
-
Winter 2004
-
Fall 2004
-
Winter 2005
-
Fall 2005
-
Winter 2006
-
Fall 2006
-
Winter 2007
-
Fall 2007
-
Winter 2008
-
Fall 2008
-
Winter 2009
-
Fall 2009
-
Winter 2010
-
Fall 2010
-
Winter 2011
-
Fall 2011
-
Winter 2012
-
Fall 2012
-
Winter 2013
-
Fall 2013
-
Winter 2014
-
Fall 2014
-
Winter 2015
-
Fall 2015
-
Winter 2016
- 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
10/23/2021 | The Physics of Music -- Christine Aidala (U-M Physics)
Music is a universal language that has the power to influence our moods and inspire. All music is ultimately due to the physics of different kinds of vibrating objects. Professor Aidala will discuss how natural modes of vibration lead to musical tones and timbres.
11/06/2021 | On Deciding the Next Big Science Projects -- James Wells (U-M Physics)
The advancement of science requires decommissioning old experiments and pursuing new experiments. But which new experiments? How should we decide? Professor Wells will show answering these questions necessarily goes well beyond scientific considerations and lays bare philosophical, economic, and political viewpoints. He will illustrate these principles in action for large-scale experiments such as particle colliders, nuclear research reactors, and missile defense tests.
Decompression sickness is a disease that affects scuba divers when they ascend too rapidly from depth. It is caused by gas bubbles that form in the blood and tissue when the pressure drops. Professor Meiners will discuss the physics of gas bubble formation, their effects on our body with a special emphasis on the spinal cord, and how we can treat them.
Ultrasound is a mechanical wave. In medical imaging sophisticated implementations of this physical phenomenon allow us to look inside the human body and obtain useful information. This lecture will highlight recent advances in clinical ultrasound.
