PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 9
This home work is due on Wednesday June 7th, at 6:00PM. Please turn in your answers in
the box outs
Physics 25
Final Exam: June 10, 2016
The exam will run for 3 hours. The exam is open book, and you are also permitted the
use of a calculator. The exam consists of five problems, and you should answer
Physics 25 Final - 3 hours
2 Pages
Harry Nelson
Wednesday, June 14
Write your answers in a blue book. Calculators and one page of notes allowed. No textbooks allowed.
Please make your work neat, clear
5 04
Interference and Diffra c tion
Sec. 9.7
505
Ellip soid al m irror. I n Fi g. 9.22 we see a hollow ellipsoid of revoluti on with a spec uJar ly refiecung inn er sur face and with a po int sour
Chapter 9 Interference and Diffraction
9.1 9:) I nt roduction 453 454
. verage. tr n cling W3\"e a ,16 1 Photon flux ~62 Two-slit interfer ence paU: m e -'62 So urces oscillati ng in phase .63 Sou rce
4 78
Int erferen ce and Diffra ct ion
Sec. 9.6
4 79
9.6
Diffract ion a nd fluy gen ,y' Principle
Difference ben ceen int erference a nd diffracti on. In Sec. 9.5 we discussed th e a ngular wi dt
Problems and Home Experim en ts
529
Home experime nt
9 .3 5 Scot c hlite . You ca n ge t a piece of red Scotcblite a dhesive ta pe in a hard ware store. It is used for decorati ng, safe ty reflec to
Physics 25 Problem Set 10
Harry Nelson due Wednesday, June 11 at the final (8am)
Please make your work neat, clear, and easy to follow. It is hard to grade sloppy work accurately. Generally, make a cl
THE BEGINNINGS OF THE QUANT UM THEORY
THE PHOTOELECTRIC EFFECT
S5
Although th e term " laser" can be used for all such devices employi ng p ho to ns, it. is co mmon practice to regard a device oper
120
THE DEVELOPMEN T OF WAVE MECHANICS
THE DIFFRACTION OF PARTICLES
121
cou ld not be applied to ap eriodic system s, most collision a nd sca tt ering problems were beyond its pal e. Furth ermore,
Physics 25
Midterm Exam: April 29, 2016
The exam will run. for 50 minutes. The exam is open book, and you are also permitted the
use of a calculator. The exam consists of two problems, and you should
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 2
This home work is due on Friday April 14th, at 6:00PM. Please turn in your answers in the
box outsi
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 7
This home work is due on Friday May 19th, at 6:00PM. Please turn in your answers in the
box outside
MISN-0-248
NEWTONS SECOND LAW FROM QUANTUM PHYSICS
by
Peter Signell
NEWTONS SECOND LAW
FROM QUANTUM PHYSICS
1. Introduction
a. A Time-Dependent Equation Needed . . . . . . . . . . . . . . . . . . . .
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 4 part 1
This home work is due on Friday April 28, at 6:00PM. Please turn in your answers in the
box
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 3
This home work is due on Friday April 21st, at 6:00PM. Please turn in your answers in the
box outsi
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 8
This home work is due on Friday May 26th, at 6:00PM. Please turn in your answers in the
box outside
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
Home work 1
This first weeks home work is due on Friday April 7th, at 5:00PM (most of it should be
familiar fro
HW 4 Physics 25
Homework due Friday May 6, 6pm.
Study Section 5.3 and 5.4 of Krane Modern Physics.
1) Option: Take a pair of scissors and remove the first paragraph of section 5.3 and burn.
This is a
PHYS 25:Optics and Quantum Mechanics
UCSB Spring quarter 2017
Professor Dirk Bouwmeester
(short) Home work 6
This home work is due on Friday May 13th, at 6:00PM. Please turn in your answers in the
box
Chapter 1
Lorentz group and its representations
The Lorentz group starts with a group of four-by-four matrices performing Lorentz transformations on the four-dimensional Minkowski space of (t, z, x, y
Physics 25 Final Information
Harry Nelson The Final is 8am, Wednesday, June 11 in 1640 Broida
Instructions: Bring blue books. Calculators and two pages of notes allowed. No textbooks allowed. Please m