Syllabus of Special Topics on Particle Astrophysics

Phys8803 - Fall 2016

Contact Information

Ignacio Taboada
Office: Howey N-116
Phone: (404) 385-7679
Email: itaboada _at_ gatech _dot_ edu

Text

There's no defined text for this course. We will consult the following books: We will also consult review articles, conferences proceedings, etc.

Objectives

We will review the current state of particle astrophysics: cosmic rays, neutrino oscillations, MeV neutrino astronomy (Sun and supernovae), >GeV neutrino astronomy, MeV-TeV gamma ray astronomy, dark matter, etc.

Tests and Grading

Grading Scale: 90 - 100 = A; 80 - 89 = B; 70 - 79 = C; 60 - 69 = D; 0 - 59 = F. For those taking the course pass/fail, a C or better is considered passing.

Homework grading

Each homework will be graded over 10 points. Here's my criteria for grading: Minor error -10%. One major error -30%. Two major errors -60%. Better than nothing -80%. Irrelevant answer or no answer -100%. I reserved the authority to deviate from this criteria as the situation merits. The total of 130 points of Homework over the term will be rescaled to match the 50% on the course.

Office Hours

I can meet you at any time. Just email me in advance.

Course Policy

This course will be taught by conventional lecture methods. Lectures will not necessarily cover all of the material on which the student will be tested. The student is responsible for the material indicated by the instructor. Objectives: The objective of this course is for the student to acquire a working knowledge of particle astrophysics.

Attendance: Each student should be aware of the regulations that are listed in the student handbook. The class attendance policy, which the Georgia Tech regulations say shall be at the discretion of the instructor, will be as follows: There will be no prescribed maximum number of unexcused absences for this class. However, if it is apparent that lack of attendance at class may be impairing a student's performance in the course, the instructor may require that the student not miss more classes, under the penalty of failing the course.

Problems: Physics is based on math and physics; physics is a problem-solving subject, so to be able to apply the principles of physics, you should work as many problems as possible. Some problems will be turned in for grading. Solutions to the suggested problems will be made available to you after the problems have been turned in. If you have difficulty with problems, ask about them in class and pay attention to the method used by the instructor in solving them.

Homeworks are always due on a class day. Homeworks will not be accepted after the class has begun. Even 5 minutes is too late.

Unexpected Problems: If a snow and/or ice storm (or any other cause for the Institute to close) occurs on a day scheduled for a test, the test will be given on the first day that the class resumes. Check the web pages for information.