Please, read the following text carefully. It describes
policies which will be strictly enforced during the course.
Important note:
Please have mercy on
the grader and the instructor (and yourself) and make your solutions neat, concise,
and intelligible. Solutions which fail to do this, may be marked down, even
though they might be ostensibly ``correct". Recording you thoughts is an
important part of your graduate education and future career! If the instructor
cannot follow your, it is highly probable that you won't be able to decipher
your own records after some time! Remember, that in grading of this course your
way of thinking is much more important than algebraically correct final answer.
The policy on academic honesty as stated in the
GIT Honor Code will
be fully enforced during this course.
It is expected that students in PHYS 6107 will
maintain the highest standards of academic honesty.
With respect to homework assignments, it is expected
that no student will turn in work that is not his or her own. This prohibition
includes copying the work of another student and using the solutions of problems
in this course assigned in previous years. Discussion of approaches to solving
the homework problems, however, is encouraged!
It is expected that during a test or examination, no student will:
Departures from the above standards are
contrary to fundamental principles of academic honesty at Georgia Tech and the
larger scientific community. Such departures are considered serious offenses
for which disciplinary penalties, including suspension and expulsion, can be
imposed.
Problem sets (~6) will be assigned on approximately
biweekly. The problem sets will be due in two weeks; due dates will be indicated
on both the cover sheet and the web site. Afterwards, the problem set receives
half credit up until one week after the due date. Problems later than that will
not be graded although adjustments for missed homework due to prearranged absences
will be made in the final grades. After a problem set is graded, solutions will
be posted on the web site in the PDF and PostScript formats.
Students
are STRONGLY ENCOURAGED to discuss the homework problems with other students,
and to work TOGETHER on their solution. However, solutions must be
written up individually - do not simply copy your collaborator's solutions verbatim
(this will be considered a form of plagiarism). I am happy to discuss the problems
and give hints, but you may learn more from your fellow students! Most physics
is done in collaborations, and this will give you practice in working in a collaborative
setting, something expected by most potential employers of physicists.
There will be two examinations:
The students taking this class, especially graduate students,
are presumed to be willing to become professional scientists or engineers. Understanding
Statistical Mechanics is an important step in the search for the "Big Picture".
I realize that students' learning methods might be different - some people can
learn from books, while some simply cannot stand my lecturing style. For
better or worse, I am not going to keep any written track of student attendance
and it will not affect the final grade.
It is recommended that you chose a project from the
list, which will be provided by Prof. Marchenkov approximately 1/2 way through
the semester; however, you can chose a topic by yourself. You will be allowed
to work on projects either individually or in groups up to three people. In
the latter case you must note of your collaborators (just as if you were writing
a scientific paper). However, each project must be written up individually.
You must submit the abstract of the project, including
the list of collaborators, and get the approval of Prof. Marchenkov before March
31, 2002. Submission by e-mail is strongly encouraged!
There will be no attempt to fit grades into a certain distribution. Each student will be graded individually based solely on performance in several areas:
The homework and the exams will be medium difficulty. Therefore, the threshold for grades (without the project) will be relatively low:
All questions about you grades
should be resolved with Prof. Marchenkov.
Good luck!