We want to further develop your physical intuition, to extend your physics experience more deeply, especially into relativity and quantum mechanics, to enhance your capacity for solving problems both qualitatively and quantitatively, and for you to understand the motivation and process of the development of modern physics. If you have a question, please ask it. If you have a comment, please make it. Communication is the essence of the classroom experience. Assumed Knowledge You will need to maintain a working knowledge of the physics and mathematics at the level of physics 201-202, and calculus.
Differential equations is also a help but is by no means necessary.
As an important part of this course we will be learning to use a powerful computerized mathematics system called Mathematica. Computational systems such as Mathematica are very common tools in many fields of science and engineering and the experience you gain in this class will likely be a significant benefit in your further education and in your career. You will be encouraged, and sometimes mandated to work problems using Mathematica. You will submit a project in Mathematica by the last day of classes. You are encouraged to pick a topic for your project which is consistent with your interests and goals.