COMPUTER
PHYSICS
Computation
has become an integral part of much of modern science. Computers
are playing a larger and more important role in almost all
aspects of the physical sciences. Not only are they used for
taking data and analyzing that same data but modern high power
computers can be used to perform experiments that for many
reasons may be otherwise unfeasible. Computers are also becoming
the standard medium for information storage and retrieval
with the advent of scientific bulletin boards, electronic
journals, CD-ROM databases and of course the Web. The link
between computers and the physical sciences will continue
to grow stronger into the foreseeable future. The need for
individuals who are interested in a career in the physical
sciences to have a strong foundation in computational science
is apparent. There is also a parallel need by computer challenged
physical scientists for individuals who can bridge both cultures.
The
Computer Physics Option is designed to meet
the needs of both those individuals who intend to pursue advanced
degrees in the physical sciences and also those individuals
who wish to enter the job market immediately in a technical
position requiring a background in physics and computers.
The program here comes close to that required for a minor
in Computer Science but the minor will have to be negotiated
on an individual basis for each student. The successful conclusion
of this program will yield a Bachelor of Science in Physics
Degree together with a minor in Mathematics and possibly Computer
Science.
OPTION
J: COMPUTER PHYSICS
(This
program yields a Bachelor of Science in Physics Degree with
a minor in Mathematics and possibly Computer Science.)
1:
GER = General Education requirements (see the University Bulletin).
2:
MATH(3) or (6) = Six hours of MATH beyond 315 are required.
Approved choices include MATH 340, 360, 375, 401, 402,
415, 420, 440, 441, 443, 448. Italicized entries
are recommended
3:
499 = One hour of 499 in an appropriate department or Physics
is required. Additional hours of Physics 499 may be taken
for credit.
| FRESHMAN
YEAR |
|
(In
addition to the standard program) |
|
| Fall
Semester |
Hours |
Spring
Semester |
Hours |
| Cpt
S 150 Program Design & Dev. |
4 |
Cpt
S 250 Advanced Programming |
4 |
| SOPHOMORE
|
|
(In
addition to the standard program) |
|
| Fall
Semester |
|
|
|
| EE
214 Design of Logic Circuits |
3 |
|
|
| JUNIOR
YEAR |
|
|
|
| Fall
Semester |
|
Spring
Semester |
|
| Phys
320 Mechanics |
3 |
Phys
342 Electricity & Magnetism |
3 |
| Phys
341 Electricity & Magnetism |
3 |
Cpt
S 360 Systems Programming |
4 |
| Cpt
S 330 Numerical Computing |
4 |
Math
216 Discrete structures |
3 |
| EE
314 Microprocessor Systems |
3 |
Math |
3 |
| GER |
3 |
GER |
3 |
| SENIOR
YEAR |
|
|
|
| Fall
Semester |
|
Spring
Semester |
|
| Phys
410 Electronics Laboratory |
3 |
Phys
415 [M]Quantum Lab |
3 |
| Phys
450 Quantum Mechanics |
3
|
Phys
463 Solid State Physics |
3
|
| Phys
490 [M]Undergraduate Thesis |
3 |
Math |
3 |
| Cpt
S 4?? |
3 |
Cpt
S 4?? |
3 |
| GER
|
6 |
Cpt
S 499 Special Problems |
1 |
| |
|
GER |
3
|
|