Prerequisite: Math 211
This course is considerably more quantitative than the sophomore level course
ASTR 201 (Stars, Galaxies and the Universe). Most students find
ASTR 360 to be
challenging because it draws from several areas of physics and
mathematics. It is, however, an introductory course that assumes only limited
knowledge of astronomy on the part of the student. As such, ASTR 350 and
360 together are the quantitative and physics-oriented counterparts to a
typical introductory survey class like ASTR 201.
Physics: In addition to the basics of mechanics, optics, waves, and electromagnetism, it will be necessary to use some of the concepts of modern physics (i.e. quantum mechanics and relativity) in this class. For this reason it is suggested that students should take PHYS 202 or equivalent before starting ASTR 360. However, this is not mandated as a prerequisite; without PHYS 202 as background training, motivated students can still enjoy the challenges and excitement of this astrophysics entree with hard work to keep up with the material in the course.
Mathematics: We will use multivariable calculus throughout the
course, and will occasionally need to solve a differential equation.
Some equations may need to be solved numerically on the computer;
knowledge of MatLab or Mathematica is beneficial, but not essential.
Occasionally, it will be necessary to use more advanced concepts of
mathematics and modern physics than those covered by the prerequisite;
these will be developed when needed.