Atomic Physics(2.0 credits)
|Course Type||:||Basic Specialized Courses|
|Course Name||:||Materials Engineering||Applied Physics||Quantum Science and Energy Engineering|
|Starts 1||:||1 the latter term||1 the latter term||1 the latter term|
|Lecturer||:||Hidefumi ASANO Professor|
|Microscopic phenomena on an atomic scale cannot be understood in the framework of classical physics. History on development of quantum physics is presented.
Goal of study:
1. Understanding of physical logic that derives laws from experimental facts.
2. Understanding of cavity radiation on the basis of the concept of quantum physics.
3. Understanding of atomic structure and optical spectra.
Through the above learning, basic skills to learn the modern quantum physics is acquired.
|Mechanics, Electromagnetics, Mathematics, Chemistry|
|1. Introduction to atomic physics
2. Cavity radiation
3. Particle behavior of light, Photoelectric effects and Compton scattering
4. Wave behavior of particles, de Broglie wave
5. Superposition of wave and uncertainty principle
6. Bohr's theory of atomic model and atomic spectra
7. Schrödinger equation and wave function
|Will be introduced in the class.|
|Quantum Mechanics: The Basics by H. Kamimura, and T. Yamamoto
Quantum Mechanics１ by I. Harada, and T. Sugiyama
Quantum Mechanics by W. Greiner
|Examination and reports
Pass mark 60/100
|No requirement for taking the course.|
|After the lecture.|