PHYS 226 A: Particles and Symmetries

Spring 2026
Meeting:
TTh 11:30am - 12:50pm
SLN:
18740
Section Type:
Lecture
Syllabus Description (from Canvas):

Welcome to PHYS 226 Spring 2026

Classroom: PAA A118

Lecture: 11:30-12:50 Tu Th 

Instructor: Prof. Gerald Miller (miller@uw.edu) 

Instructor Office Hours: Monday  1-3 pm or make an appointment: miller@uw.edu

Prof. Miller's web page

Contact with Prof. Miller should be done via email 

TAs:  Bailey Burke bcburke@uw.edu. Skye Kidd skyekidd@uw.edu

TA Office Hours: TBD 

                       

 

Please ask questions in class, Prof. Weisskopf quote on "there are no stupid questions" 

Class motto: Physics is not a spectator sport

Topics

This course will be an introduction to special relativity, the particles of the standard model, and some important symmetries in nature.

Course Materials

 Robert Resnick -Introduction to special relativity  go to https://www.scribd.com/document/273301559/Introduction-to-Special-Relativity-Resnick

Subatomic physics by Henley and Garcia. go to  https://faculty.washington.edu/agarcia3/

Yaffe-Ellis Notes   go to https://courses.washington.edu/partsym 

My notes are  in files.

 

Reading of Additional Interest

An early book on relativity

Approximate Lecture schedule 

Weeks 1-5 Special Relativity

Time dilation, length contraction, Lorentz transformation, space-time theory, relativistic mechanics, conversion of mass into energy,  conservation of momentum in nuclear reactions, light-cone coordinates

 

Week 1 Lectures 1-3 in files, Yaffe-Ellis notes Chapter 1

 Weeks 6-10 Symmetries and Particles

Conservation laws- Noether's theorem,  electric charge, baryon number,Lepton number, Strangeness, isospin, quarks, P,C, CP,  T 

 

 

Grade Distribution - There is  homework,  and two midterms

Midterms - 40% each. Thursday April 30, Tuesday June 2

Homework -  20%  Due on Tuesdays, 11:59 pm

Homework should be converted to PDF format and uploaded each week by its due date to receive full credit.  

Homework shall be submitted on Canvas as a PDF file. Late homework without an extension will be discounted by 25% per day to a minimum of 50%, and will not be accepted after the last lecture class.   If you need an extension for any reason, please contact the instructor by email before the homework is due.

  

 

Exams

Midterms are  scheduled for normal class time and room on  Thursday April 30, and Tuesday June 2 

 Getting Help

Please do not hesitate to contact the TAs or the instructor via email if something is going wrong in the class that we can help with.  This includes difficulty with certain concepts or preparation, concerns about grades, or personal issues that have come up that are interfering with the course.  The earlier these issues are raised, the more likely it is that satisfactory accommodations can be made.

Access and accommodation

Your experience in this class is important to me, so if you have a temporary health condition or permanent disability that requires accommodations (conditions include but are not limited to: mental health, attention-related, learning, vision, hearing, physical), please see details here (Links to an external site.)

Religious observations and holidays will be accommodated, please see details here (Links to an external site)

Safe campus

I am committed to ensuring a safe environment on campus. I suggest you check out the resources available here.

Catalog Description:
Introduction to the fundamental constituents of matter and the symmetries which characterize their interactions. Topics include special relativity; strong, weak, and electromagnetic interactions; quarks and leptons; baryons and mesons; and neutrinos and nuclei. Course overlaps with: B PHYS 330. Prerequisite: minimum grade of 2.0 in PHYS 225 and PHYS 227 Offered: Sp.
GE Requirements Met:
Natural Sciences (NSc)
Credits:
3.0
Status:
Active
Last updated:
April 2, 2026 - 8:31 pm