Introduction to Quantum Mechanics
PHY 4203/5443
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Course Synopsis Prerequisite Textbook
Homework Exams Grading
Office hours
Campus Map
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This
course is a senior/graduate-level introduction to the theory and formalism of
non-relativistic quantum mechanics and its applications.
Quantum
mechanics deals with the physics of the microscopic realm where classical
mechanics fails to adequately explain phenomena.
Quantum
mechanics has numerous applications in engineering including lasers,
semiconductor devices, quantum optics, and superconductivity.
As
technology changes, an increasing number of new devices will be understood in
terms of the principles of quantum mechanics.
This
course provides the background with which to understand and meet the challenge
of new applications
of
quantum mechanics. In this course we
will learn the principles of quantum mechanics and some
mathematical techniques of solving quantum mechanical problems. Emphasis will be placed
on both the mathematical formalism of quantum mechanics and the
philosophical
implications andalternatives to the theory.
Completion
of PHY 3103 (Modern Physics) and MATH 3103 (Di_erential
Equations) or their equiva-
lents with a grade of "C" or better.
Introduction to quantum mechanics by David
Gri_ths (Pearson Prentice Hall)" "REQUIRED"
• Weekly homework problem assignment will
be made. These homework assignments will be collected
at the start of the period on their due date. Late assignments will be graded
as follows:
– 50 % reduction in grade if received prior to the next class (after due date).
– 100 % reduction in grade if received prior to the second class (after due
date).
• Credit is given for submission of completed homework problems. Homework
should show evidence of
work, homework problems with only an answer will not be accepted. Computer
generated exercises
may be assigned during the semester.
• All problems and homework must be professionally presented, stapled and
fastened securely. Problems
should be worked using
one side only and using pencil. Figures must be
presented drawn with a straight edge. Calculations and Figures will be labeled
and/or captioned to
allow the reader to go through the calculations without difficulty. Printing
and computer generated
calculations must meet graphics standards.
Assessments in this class are designed so
that you may demonstrate your competence in the subject:
Unit tests cover the material discussed in the class notes and will normally be
completed during class
meeting hours on the dates scheduled. Makeup exams will not be given for any
reason. Student who miss
one of the scheduled exams should contact their instructor as soon as possible.
No reference materials will
be allowed during assessments.
A final exam will be given on the
scheduled date of this course. The final (third exam) will be given on the
date scheduled for this course. Student who miss the final exam should contact
their instructor as soon as
possible and no later than the last day of finals week to schedule a final
exam. final exam will not
be rescheduled, and a grade of ”I” will not be given as a result of the missed
exam.
The grade you receive will depend entirely
on the quality of your own work. You are not in competition with other
students:
how well you do is determined objectively rather than comparatively. Grades are
assigned based on the
competence you demonstrate during assessments (tests),and homework assignments.
Criteria:
Your final course grade will be determined according to
the following schedule: Homework (20%), Midterm exam (40%), Final (40%)
A > 90 % >
B > 80 % > C > 70 % > D > 60 % > F