NUCLEAR PHYSICS
Physics 560
(MWF 11.30 am, PAB A110)
The course provides an introduction
to modern Nuclear Physics. We will begin by understanding the one
and two nucleon systems, and
then embark upon larger nuclei.
Homework will be assigned every
week that is designed to reinforce the ideas we cover.
The minimum prerequisite is
one year of graduate level quantum mechanics.
The text for the course is Introductory
Nuclear Physics by Samuel
S. M. Wong, (ISBN-0-471-23973-9)
which is available in the UW
book store.
Other texts that may be
useful are
Structure of the Nucleus
by M. A. Preston and R. K.
Bhaduri (ISBN-0-201-05976-2)
Pions and Nuclei by
T. Ericson and W. Weise (ISBN-0-19-852008-5)
Elements of Nuclear Physics
by
W.E. Burcham (ISBN-0-582-46027-1)
|| Lecture
and Assignments ||
Theoretical Resources
Lectures in Neutrino
Nuclear Physics by Hiro Ejiri, PHY576B
Room PAB B109. Wednesday 2:30 - 3:20
Experimental Facilities and Resources
Bates
(MIT) [ blast(bates
large angle spectrometer toroid) | oops(out
of plane spectrometer) |
sample
]
Jefferson
Lab [ Hall
A | Hall
B | Hall
C ]
RHIC(Relativistic
Heavy IOn Collider)
Indiana
University Cyclotron Facility
Nuclear
Physics Laboratory at UW
Electroweak
Interactions Group at UW
Electron
Scattering Results from Past Experiments at SLAC
Savage