Lectures on Quantum Mechanics
Nobel Laureate Steven Weinberg combines his exceptional physical insight with
his gift for clear exposition to provide a concise introduction to modern quantum
mechanics.
Ideally suited to a one-year graduate course, this tex
Theoretical Physics T2
Quantum Mechanics
Course of Lectures by
Reinhold A. Bertlmann
Script written by
Reinhold A. Bertlmann and Nicolai Friis
T2Script of Sommersemester 2008
ii
E-mail: [email protected]
Homepage: http:/homepage.univie.ac.at
Quantum Mechanics 1 - Homework 4
Prof. Uwe R. Fischer
from 2015-04-22 (Wed) to 2015-05-06 (Wed) 5:00 pm
Where to submit: HW box at the 1st floor, TA : Seongho Shin (sshkevin9105 at gmail.com)
1. (4 points) For 2p and 3s states of the hydrogen atom, calcul
Quantum Mechanics 1 - Homework 6
Prof. Uwe R. Fischer
from 2015-05-20 (Wed) to 2015-06-03 (Wed) 5:00 pm
Where to submit: HW box at the 1st floor, TA : Myungchul Oh (gnetmage at gmail.com)
1. (7 points) In a bilinear model of the universe, the Lagrangian i
Quantum Mechanics 1 - Homework 5
Prof. Uwe R. Fischer
from 2015-05-06 (Wed) to 2015-05-20 (Wed) 5:00 pm
Where to submit: HW box at the 1st oor, TA : Ki-Hong Lee (nainom2005 at naver.com)
1. (4 points) Using WKB approximation, derive a formula for the ener
Quantum Mechanics 1 - Homework 3
Prof. Uwe R. Fischer
from 2015-04-08 (Wed) to 2015-04-22 (Wed) 5:00 pm
Where to submit: HW box at the 1st floor, TA : Myungchul Oh (gnetmage at gmail.com)
1. (3 points)
a) Show that
(
D() = exp
)
(
)
( 2
)
m
i
+
2
x e
Quantum Mechanics 1 - Homework 2
Prof. Uwe R. Fischer
from 2015-03-25 (Wed) to 2015-04-08 (Wed) 5:00 pm
Where to submit: HW box at the 1st oor, TA : Ki-Hong Lee (nainom2005 at naver.com)
1. (3 points) Find eigenvectors and corresponding eigenvalues of the
Quantum Mechanics 1 - Homework 1
Prof. Uwe R. Fischer
from 2015-03-11 (Wed) to 2015-03-25 (Wed) 5:00 pm
Where to submit: HW box at the 1st floor, TA : Seongho Shin (sshkevin9105 at gmail.com)
1. (4 points) Prove Kondos identity
[
]
A, eH = eH
eH [H, A] eH
Eyal Buks
Quantum Mechanics - Lecture
Notes
March 1, 2015
Technion
Preface
The dynamics of a quantum system is governed by the celebrated Schrdinger
equation
d
| = H | ,
(0.1)
dt
where i = 1 and = 1.05457266 1034 J s is Plancks h-bar constant.
However, wh