Welcome to the PHY237

Homepage for the Spring of 2015

 

Lectures Tuesdays and Thursdays 12:30 – 1:45

Dewey 2110D

 

Teaching Team:

 

Nicholas Bigelow

B&L 312

nbig@lle.rochester.edu

275 8549

 

Justin Tian

jtian@pas.rochester.edu

 

Jonathan Curtis

jcurtis2@u.rochester.edu

 

Jamie Maslek

jmaslek@u.rochester.edu

 

THE FINAL EXAM IS SCHEDULED FOR WEDNESDAY MAY 6 AT 7:15 p.m. IN DEWEY 2110D

THE EQUATION SHEET POSTED FOR QUIZ 2 WILL BE PROVIDED

 

The summary of topics included in the final exam, as passed out in class, is here.

 

Textbook: Quantum Physics of Atoms, Molecules, Solids and Nuclei by

Eisberg and Resnick, second edition

 

The best time to see me (Nick Bigelow) is between 2 and 4 Tuesday afternoons.

If you e-mail me I can usually set up a meeting within 24 hours, often less.

 

Workshops/Recitations are held weekly.  Many items covered in the

Workshop sessions will be placed here.  The three sections are:

 

Mondays starting at 4:50 p.m. in B&L 269  (with J. Curtis)

Wednesdays starting at 2:00 p.m. in Hylan 203 (with J. Tian)

Wednesdays starting at 4:50 p.m. in Hylan 203 (with J. Maslek)

 

Homework is assigned (approximately) weekly, in class, on Thursday.

The homework is then due one week later, in-class.  Homework that arrives late

will be penalized 10% per day and we cannot guarantee that we will

grade homework that is turned in more than three days late.  If there are

extenuating circumstances, please contact the teaching team member who

is in charge of your workshop section.  The list of all assignments to date

can be found here.  Homework solutions can be found here.

 

 

Notes that Nick Bigelow brings to class will periodically be scanned and

placed here.  These are pdf files.  Please note that these are intended as his

lecture-guide notes and are not intended to be pedagogical!

 

Supplemental materials of various kinds will be placed here.  Right now these

Are references on the simple harmonic oscillator operator treatment.

 

There will several in-class exams during the semester and a final.

The overall course grade is determined from homework, exams and the final,

in approximately equal weighting.   The equation sheet for quiz 1 will be found here.

The first quiz will take place in-class on Thursday 26 February 2015.  You will be

given one hour.  It will be closed book, closed notes.  It will cover ONLY the

solutions of the one-dimensional Schršdinger equation – essentially Chapter 6 of E&R.

The second quiz will be on Thursday April 9th and will cover material through

chapter 7 E&R and the hydrogen atom, but not spin-orbit interactions. 

 

Here are the solutions to quiz #2.

 

A comprehensive equation sheet that you will be given can be found here.  

You may not need all of the equations.