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A Short Internet Course in Modern Physics
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A Short Internet Course in Modern Physics
These web pages are intended to help new QuarkNet teachers and other interested people learn some of the basics of Modern Physics from introductory material through High Energy Physics (HEP). Please forward any suggestions to improve this website or requests for further information to Ken Cecire, a member of the QuarkNet staff.
Lesson 1: Pre-Modern Physics
A Physics Course for Teachers
This site contains the lecture notes for
Physics 581 at the University of Virginia,
a course designed specifically for teachers
by Dr. Michael Fowler. You will find not only
very clear notes on classical physics but
also worked, downloadable examples of
how to investigate physical phenomena using
MS Excel 97 -- a very useful skill for the QuarkNet Lead
Teacher Institute and for teacher/student research.
Lesson 2: Quantum Mechanics
Intro to Quantum Mechanics
This provides a good conceptual review
of the principles of Quantum Mechanics.
These principles are important to understanding
the behavior of subatomic particles and the field
theories (Quantum Electrodynamics and
Quantum Chromodynamics) which govern them.
Lesson 3: Relativity
The Relativity Channel
Relatvity is important to understanding
particle lifetimes and how particles behave
in an accelerator. Following the links in
"The Relativity Channel" gives you a good
introductory minicourse in relatvity.
The Light Cone
This is another thorough introduction to
relativity. It is designed for the PHY 105
class at Syracuse University and follows
what the author, Rob Salgado, calls a
"pseudo-historical development" of the
theory of relativity and the concept of
spacetime.
Lesson 4: HEP and the Standard Model
QuarkNet Bibliography
The QuarkNet Bibliography has links and information on theoretical and experimental HEP as it exists today. It is a must for new QuarkNet teachers.
Lesson 5: The Cutting Edge in HEP
The Official String Theory Web Site
This gives a good, sometimes quirky, always interesting generalist's introduction to String Theory and Supersymmetry. The author is planning a web course in the future, so stay tuned.
Neutrino Mass
There is now evidence that neutrinos, originally predicted by the Standard Model to be massless, do indeed have mass and the ability to "oscillate" between different states. This article gives a brief description of this evidence and what it might mean.
The Higgs Boson
This page gives a short overview of Peter Higgs' theory for how particles get mass.
To comment on this web page or to request more information on Education and Outreach by the Hampton University Particle Physics Group, please use the contact information below.
E-Mail: cecire@jlab.org
Tel: (757)728-6533
Fax: (757)728-6946
Contact Person: K. Cecire, HU
Last Updated: March 2000