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KUANTUM-II- FALL-2014
PROF. DR. GÖNÜL ÖZEN
HAFTA İÇERİK
1 (2D) systems:2D infinite well, 2D harmonic oscillator angular momentum in 2D systems
Quantum systems with circular symmetry: Free particle; infinite circular well
SHORT EXAM-1&HOMEWORK-1
2 3D systems: Sch. Equation, Angular momentum and eigen value problems
Spherical Harmonics
SHORT EXAM2&HOMEWORK-2
3 Radial Sch. Equation
Hydrojen Atom:
SHORT EXAM-3&HOMEWORK-3
4 First order Perturbation theory
Perturbation: Applications
SHORT EXAM-4&HOMEWORK-4
5 First order Pertürbasyon
Applications
SHORT EXAM-5&HOMEWORK-5
6 Time Dependent Perturbation Theory
MIDTERM-I-
7 Transition Rules
Adyabatik ve Ani pertürbasyon
SHORT EXAM-6&HOMEWORK-6
8 Total AngularMomentum
Matrix representation of total angular momentum
SHORT EXAM-7&HOMEWORK-7
9 Spin:½ particle
Two electron systems
SHORT EXAM-8&HOMEWORK-8
10 Hidrojen atoms eigen values
Spin-orbit interaction
SHORT EXAM-9&HOMEWORK-9
11 Symmetry
MIDTERM-II-
12 Rotation and reflection
Identical particles
SHORT EXAM-10&HOMEWORK-10
13 Helium atom and many particle systems
Scattering
SHORT EXAM-11&HOMEWORK-11
14 General evaluation of the course and applications |