Advanced Physics Lab
Phys 380-381
Last page update 9/4/08
(version 0.9) - check back for changes!
General Information:
Lab Rooms: Berndt
Hall 620, 670
Class Times: Th 11:15 and TBD
Charles L. Hakes
Office : Berndt 630
Office phone: 247-7242 (However, this is
not
the best way to contact me.)
My
Schedule
(including office hours).
e-mail:
hakes_c@fortlewis.edu
(This is the best way to contact me)
Web Site: http://faculty.fortlewis.edu/hakes_c
Text: An Introduction to Error Analysis,
by John R. Taylor. There may be several assignments from this book.
This book is also an excellent reference that will help you with data reduction and error analysis that you
will need to include in your lab reports.
These labs will be done with a single lab partner on your
own time.
You can do labs at the regularly scheduled lab time, but that is not required.
I will be available to help you locate equipment, but many of these
experiments will require some "development" of your own experimental equipment
and procedures.
(Which is part of
the reason this is called "advanced" lab.)
There are limited instructions for most of these
labs.
When available, I will post links to .pdf versions of the lab write-ups. You can choose any of the labs you
like, but you are not allowed to double dip – you cannot repeat a lab
here that you have done or will do for another class.
I.e. a holography lab would be great, unless you have taken
Optics and have already done (or plan to do!) that lab for that class.
Since
some of these labs require significantly more effort than others,
grading will be done like a diving competition - your grade will be
multiplied by a "degree of difficulty" number for the lab. You
need to perform at an "A" level for a total of 20 of these DoD points
to get an A in the class.
Academic (dis)honesty: Any
incidents of cheating on quizzes or
exams will result in being reported to the office of academic affairs,
and an F
for the course. (I may soften that penalty only if
circumstances warrant
it, at my discretion.) I do encourage you to work together to
discuss the
homework, but your written answer must be in your own words.
Don't
Copy! Unacceptable collaboration on a homework
assignment will result
in a score of zero for the entire
assignment. Copying or directly
paraphrasing answers from the textbook on a homework assignment will
result in a
zero for that question. Answer in your own
words in order to
actually learn something!
Accessibility: Students with disabilities
who require reasonable
accommodations to fully participate in course activities or meet course
requirements must register with Disability Services, 280
Noble Hall,
247-7459. If you qualify for services, bring your letter of
accommodations
to me during office hours as soon as possible.
Additional
information
Some of the labs in each semester are required; the rest are
optional. Labs need to be turned in according to this schedule:
Schedule
- week 4 - need at least 15% done - at least one 3 point lab
- week 7 - need at least 40% done - midterm grades due
- week 10 - need at least 60% done - last week to drop
- week 12 - need at least 80% done - only one lab can be turned in after this
- week 14 - all done! - last week of classes
Here are some choices:
Typical
First Semester Labs
- Blackbody
Radiation (basic) (Stefan Boltzmann Law); 620; 3; R
- Energy
gap in a Semiconductor; 620; 3; R
- Charge-to-Mass
Ratio of the Electron; 670; 4; R
- Photoelectric
Effect & Measurement of Plank's Constant
- Millikan
Oil Drop; 670; 4;
- Frank-Hertz
Measurement of Excitation Energies
Typical
Second Semester Labs
- Damped
Physical Pendulum; 620; 4; R2
- Stefan-Boltzmass
Radiation law/Wien's Law
- Hysteresis
in a Ferromagnetic Crystal; 670; 3;
- Balmer
Series for Hydrogen and Deuterium
- Low
and High-Resolution Gamma-Ray Spectroscopy and Absorption
- Superconductivity
- Sonoluminescence;
Typical
Optics Labs
- Speed
of Light
- Reflection
of Polarized Light from a Dielectric
- The
LED as a Light Emitter and Detector
- Holography
- Index
of Refraction of Air
- Faraday
Effect
Astronomy
Labs
- Kepler's
Laws for Jupiter's (Saturn's) Moons
- Atmospheric
Extinction
- Deep
Sky Astrophotography
- Narrowband
Astrophotography