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NEWS
- Wednesday, Nov. 4: Mock Exam 2 and solutions
- Monday, November 9: Exam 2 The exam will cover the material in Chapters 14-27 of the course notes (except chapter 25 on simple machines)
- Wednesday, Nov. 11: The College is OPEN on Veteran's Day. Regular class.
- Friday, Nov. 13: Doomsday! (According to this paper published in 1960)
- Monday, Nov. 16: Homework #6 due, 6:00 pm
- Wednesday, Nov. 18: Regular class
- Monday, Nov. 23: Homework #7 due, 6:00 pm
- Wednesday, Nov. 25: No class (Thanksgiving break)
- Monday, Nov. 30: Last lecture; discuss Final Exam
- Wednesday, Dec. 2: No class -- exam week
- Monday, Dec. 7: FINAL EXAM, 6:00 pm
- If you're interested in an internship with NASA, see this link: NASA Internships
To Learn More
To learn more about classical mechanics, I suggest:
- An Introduction to Advanced Dynamics by S.W. McCuskey (Addison-Wesley, 1962). A clear and readable intermediate text, at about the college junior level.
- Mechanics (3rd ed.) by Keith R. Symon. Another standard junior-level intermediate mechanics text.
- Classical Mechanics by Herbert Goldstein (3rd ed.) (Addison-Wesley, 2001). The standard graduate-level text on advanced mechanics.
For some fun physics-related reading for the winter break, I suggest:
- The Science of Interstellar by Kip Thorne and Christopher Nolan. Thorne is a well-known physicist who was
involved in making the movie Interstellar from its beginning. In this book he
and film director Nolan describe the physics shown in the movie.
- Physics of the Impossible by Michio Kaku. A noted physicist discusses the possibility of time travel, force fields, invisibility cloaks, transporters, etc.
- The Disappearing Spoon by Sam Kean. A very entertaining collection of stories surrounding the periodic table of the elements.
- Mr. Tompkins in Paperback (and an updated version, The New World of Mr. Tompkins) by George Gamow. A famous
Russian physicist wrote these stories of a world in which the speed of light is just 30 mph so relativistic effects are visible, and more stories
of a world where Planck's constant is so large that quantum effects are visible.
Here's an interesting article on the physics of skipping stones from Physics Today:
Water-Skipping Stones and Spheres
Physics News
- The 2026 Nobel prize for physics
has been awarded to physicist Francis Halzen (USA)
“for decisive contributions to the IceCube Neutrino Observatory and the discovery of high-energy neutrinos of astrophysical origin.”
Other News
Contact Information
Dr. David G. Simpson:
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