Next offered Spring 2007
Contact Prof. Lyman Page
Past Student Projects:
2006 Microscope
interferometery by Emily Kosten and Peter Combs
Laser Microphone by Seth Blumberg,
Joel Thompson and David Zaslavsky
Magnetic Leviation by
Lenny Shulgin, Eric Berglund, and Howard Yu
2005 Balancing a
pencil on its tip with feedback by Caleb Howe, Greg Haislip and Lear
Janiv
Wire chamber for muon detection by Martin Niederste-Ostholt,
Ariel Kleinerman, Jess Riedel and Corey Ritter
Magnetic properties of superconductors
by Shankar Iyer, Giwan Kim, Yijia Eric Lu and Leizhi Sun
Properties of superfluid helium
by Yu Gan, Godfrey Miller and Carl Boettiger
2004 Electromagnetic
Railgun by Denis Erkal, Ma'ayan Bresler, Paul Nelson, and Aaron Wertheimer
Electron Cyclotron by Austin
Akey, Josh Brodie, Lucy Jacobson, and Mike White
Single Bubble Sonoluminescence by Aaron
Kleinman, Aly Spencer, Dan Recht, and Nitesh Paryani
Properties of Plasma Discharge by Richard
Aspinall, Ying Gao, Scott Schiffres, and Teddy Wieser
2003 Laser
Optical Tweezers by Adam Hopkins, James McClave, and Nhan
Tran
Ultrasound Ranging by Steven
Andrews and Blake Robinson
Temperature of Cosmic Microwave Background
Radiation by Srivas Prasad
Superconducting Tunneling Junctions by Ursula Pavlish,
Josh Burton, and Cullen Blake
Lab/Lecture 1: LabView Tutorial
Handouts: Syllabus
LabView Tutorial
LabView
Quick Guide
LabView Reference
Lab/Lecture 2: Signal Recovery Techniques
Electronic circuits
Handouts:Signal
Recovery
Electronic
Circuits and Feedback
Lab/Lecture 3: Cosmic ray detection
High Energy Physics
Cosmic microwave background radiation
Cosmology
Solar cell fabrication
Semiconductors
Vacuum Technology
Semiconductor applets
PN
Junction
Conduction
through PN diode
Conduction
through bipolar transisor
Other semiconductor applets
Lab/Lecture 4: Superconductivity
Condensed Matter Physics Part I: Superconductivity
Condensed Matter Physics Part II: Superconductive
Quantum Interference Devices
Atomic Spin Magnetometer
Atomic Physics
Lab/Lecture 5: Optics and Microscopy
Microscopy
Class handouts:
LabView
Tutorial
LabView
Quick Guide
LabView
Reference
Signal
Recovery
Electronic
Circuits and Feedback
High
Energy Physics
Cosmology
Semiconductors
Vacuum
Technology
Condensed
Matter Physics Part I: Superconductivity
Condensed
Matter Physics Part II: Superconductive Quantum Interference Devices
Optics
Additional
information on advanced topics:
Semiconductors and electronic devices links
Overview of Semiconductors
p-n junction
Manufacturing of
intergrated circuits
Steps
in manufacturing process
P-N
junction
Conduction
of P-N junction
More Semiconductor
Applets
Cosmic
Microwave background
Introduction
to Cosmic
Microwave Background
Discussion
of Cosmic Microwave Background
High
Energy Physics
Cosmic
ray showers
Professional-strength
particle physics review
LEP
Z-decay Java simulator
Pictures from high-energy detectors
CDF
Detector (Fermilab),
D0
event, top quark (Fermilab),
L3
event, Higgs candidate (CERN),
STAR
event (BNL),
Super-Kamiokande
Neutrino Detector
Useful links
Free Evaluation
copy of LabView (Need
to register with National Instruments)
Literature
Search Databases
Web
of Science
INSPEC
Superconductivity
Links
A
Guide to Superconductivity,
Superconductuvity
Cocepts,
SQUIDs:
A popular account,
SQUIDs:
A technical Report
High
Temperature Superconductors
Other Topics
Laser
operation
Major
high-energy physics laboratories
FermiLab, near Chicago, home
to the highest energy proton-anti-proton collider.
SLAC, near San Francisco,
the largest linear electron accelerator and B meson factory for testing
CP violation.
BNL, Long Island, home to Relativistic
Heavy Ion Collider, colliding gold nuclei
CERN, Geneva, Switzerland, home
to the largest e+-e- circular collider and future
Large Hadron Collider.
KEK, Japan, home to a B-meson factory
for study of CP violation.
Other Links
American Physical Society
Society
of Physics Students