Physics Courses Fall 2009
You can find more information on each of these courses by following the links on the left.
Physics at Hamilton
Hamilton Home
Physics Home
Colloquia 06-07
Colloquia 07-08
Research
Astronomy
Computing
Observing
Nuclear Physics
emiT
NPDGamma
Little a
Neutron Polarizers
Mechanical Chaos
Quantum Gravity
Rare Earth Spectroscopy
People
Ann Silversmith
Brian Collett
Natalia Connolly
Gordon Jones
Peter Millet (chair)
Seth Major
Jim Schreve
Phil Pearle
Jim Ring
Steve Pullman
Courses
Spring 2010
105: Survey of Physics II
120: How Things Work
195: Waves and Fields
205: Physics II
245: Electronics & Computers
295: Electromagnetism
330: Topics in Astrophysics
390: Research Seminar
450: Quantum Theory
Fall 2009
100: Survey of Physics I
160: Introduction to Astronomy
190: The Mechanical Universe
200: Physics I
290: Quantum Physics
350: Classical Mechanics
370: Thermo & Stat. Mech.
480: Electromagnetic Theory
550: Senior Research Project
Spring 2009
105: Survey of Physics II
195: Waves and Fields
205:Physics II
295: Electromagnetism
320: Topics in Mathematical Physics
375: Condensed Matter and Statistical Physics
390: Research Methods
Fall 2008
100: Survey of Physics I
135: Spacetime and the Quantum World
160: Introduction to Astronomy
190: The Mechanical Universe
200: Physics I
245: Electronics and Computers
290: Quantum Physics
350: Classical Mechanics
370: Thermo & Stat. Mech.
550: Senior Research Project
Spring 2008
105: Survey of Physics II
120: How Things Work
195: Waves and Fields
205:Physics II
245: Electronics and Computers
295: Electromagnetism
330: Topics in Astrophysics
390: Research Methods
450: Quantum Theory Seminar
Fall 2007
100: Survey of Physics I
160: Introduction to Astronomy
190: The Mechanical Universe
200: Physics I
290: Quantum Physics
350: Classical Mechanics
370: Thermo & Stat. Mech.
480: Electromagnetic Theory
Physics Courses
Survey of Physics
Physics I
Mechanical Universe
Introduction to Astronomy
Quantum Physics
Classical Mechanics
Thermodynamics & Statistical Physics
Electromagnetic Theory