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Transcript
Course Code/Name:4340202 Modern Physics
Programme: Physics
Lecturing Methods
Credits
Semester
4
Theory
Practice
Lab
4
0
0
Projects/Fieldwork
National
ECTS
Credits
Credits
4
6
Course Language
Programme Degree
Compulsory/Selective
Preliminary
Associate
Bachelors
Degree ( )
Degree ( x )
Master Degree (
Doctoral
)
Degree (
)
Compulsory
Conditions
Course Objective
Course Proficiencies
Learning Acquisitions
Approaches and teaching the basic concepts of modern physics, quantum physics, quantum
mechanics, atomic physics, molecular physics and solid state physics to learn basics.
CP1.
CP2.
CP10.
CP12.
CP15.
CP16.
CP20.
1- Departments of Physics (Quantum Physics, Atomic Physics, Solid State Physics) to
establish a relationship between.
2- Current physics issues and events to follow.
3- Pre-informed about the postgraduate level courses in physics committed.
Learning Methods and
Oral presentation, question and answer, discussion
Techniques
Evaluation Criteria
Weeks
1
2
3
4
5
6
7
8
9
Mid-Terms
Quizzes
Assignments
Projects
Term Projects
Laboratuary
…
…
Final Exams
(X)
Mark here
X
Percent
(%)
40
X
60
Subjects
Galileo principle of relativity, Einstein's principle of relativity and its consequences,
Lorentz transformations, relativistic momentum and energy.
Black body radiation, Photoelectric effect,
Compton effect, atomic spectra
Bohr's atomic model, the nature of the photon and the wave properties of particles.
A double-split experiment, uncertainty principle,
Particle in a box, Schrödinger wave equation,
Well and the barrier problems.
The first models of the atom, hydrogen atom wave functions,
10
11
12
13
14
Quantum numbers, Pauili exclusion principle,
Atomic spectra and the periodic table
Molecular and bonding in solids,
Energy spectra of molecules
Band theory of solids