Quantum Electronics

Course Information

College Toyama College Year 2021
Course Title Quantum Electronics
Course Code 0006 Course Category Specialized / Elective
Class Format Lecture Credits Academic Credit: 2
Department Control Information Systems Engineering Course Student Grade Adv. 1st
Term Second Semester Classes per Week 2
Textbook and/or Teaching Materials
Instructor Yoshii Yotsumi

Course Objectives

Through this course, understanding of the following will be facilitated.
1. Electromagnetic theory and propagation of rays and beams.
2. Interaction of radiation and atomic systems.
3. Theory of laser oscillation and laser devices.
4. Detection of optical radiation and properties of semiconductor photodiodes.
5. Laser applications in sensors and communications.

1.光の基本的な性質について説明できる。
2.異なる媒質中での光の性質と光と物質の相互作用について説明できる。
3.レーザの構造と動作原理を説明できる。
4.受光素子の構造と動作原理を説明できる。
5.光エレクトロニクスが応用されている装置について説明できる。

Rubric

理想的な到達レベルの目安標準的な到達レベルの目安未到達レベルの目安
評価項目1Clearly understands properties of lightAbility to explain properties of lightUnable to explain properties of light
評価項目2Clearly understands interaction of radiation and atomic systemsAbility to explain interaction of radiation and atomic systemsUnable to explain interaction of radiation and atomic systems
評価項目3Clearly understands operating principles and the structure of diode lasersAbility to explain operating principles and the structure of diode lasersUnable to explain operating principles and the structure of diode lasers
評価項目4Clearly understands operating principles and the structure of photon detectorsAbility to explain operating principles and the structure of photon detectorsUnable to explain operating principles and the structure of photon detectors
評価項目5Clearly understands optoelectronics and laser application devicesAbility to explain optoelectronics and laser application devicesUnable to explain optoelectronics and laser application devices

Assigned Department Objectives

ディプロマポリシー B-2 See Hide
JABEE B2 See Hide

Teaching Method

Outline:
This course explores the fundamentals of optoelectronic phenomena and devices based on classical and quantum properties of radiation. Fundamentals include: Maxwell's electromagnetic waves, resonators and beams, classical ray optics and optical systems, quantum theory of light, matter and its interaction, lasers with continuous wave generation, semiconductor optoelectronics. Optoelectoronics and laser applications are also introduced.
Style:
For the purpose of understanding quantum electronics, lectures and exercises facilitate the learning of principles and examples. MIT Open Courseware videos are also used.
1.Understanding Lasers and Fiberoptics
2.Demonstrations in Laser Fundamentals
3.Demonstrations in Physical Optics
Notice:

Characteristics of Class / Division in Learning

Active Learning
Aided by ICT
Applicable to Remote Class
Instructor Professionally Experienced

Course Plan

Theme Goals
2nd Semester
3rd Quarter
1st Guidance
ガイダンス
イントロダクション
Guidance: Discuss the goals and structure of this course
量子(光)エレクトロニクスについて概説できる
2nd Wave optics
波の基本的性質
Relation between wave optics and ray optics
波(光)の基本的な性質を説明できる
3rd Electromagnetic theory of light
光と電磁波
Maxwell's equations and wave equation
マクスウェル方程式から波動方程式を導出できる
4th Polarized light
偏光
Polarization of light, reflection and refraction
Polarization devices
偏光の基本的な性質を説明できる
5th Optical wave guides and fibers
光導波路と光ファイバ
Propagation of optical beams in fibers
光導波路と光ファイバの原理を説明できる
6th Lasers(1)
レーザ光
Characteristics of the laser output
レーザー光の性質を説明できる
7th Lasers(2)
レーザ光の発生(1)
Interactions of photon with atoms
Laser amplifier
光と物質の相互作用とレーザー光の発生について説明できる
8th Lasers(3)
レーザ光の発生(2)
Theory of laser oscillation
Optical resonators

光共振器について説明できる
4th Quarter
9th Semiconductor photon sources(1)
発光素子の動作原理と特性(1)
Light emitting diodes
Semiconductor laser amplifiers
Structures of diode laser

半導体レーザの基本構造と動作原理を説明できる
10th Semiconductor photon sources(2)
発光素子の動作原理と特性(2)
Advanced semiconductor lasers: DFB, VECSEL, etc

特徴的な半導体レーザの原理について説明できる(FP型, DFB型)
11th Semiconductor photon sources(3)
発光素子の動作原理と特性(3)
Characteristics of diode laser
半導体レーザーの特性について説明できる
12th Semiconductor photon detectors(1)
受光素子の動作原理と特性(1)
Theory of photodiodes and structure
フォトダイオードの構造と動作原理を説明できる
13th Semiconductor photon detectors(2)
受光素子の動作原理と特性(2)
Characteristics of photodiode
フォトダイオードの特性について説明できる
14th Optoelectronics and laser applications(1)
光エレクトロニクスの応用(1)
Optical disc drives
光ディスク装置について説明できる
15th Optoelectronics and laser applications(2)
光エレクトロニクスの応用(2)
Optical communications over optical fiber
光ファイバ通信方式について説明できる
16th

Evaluation Method and Weight (%)

試験発表相互評価態度ポートフォリオその他Total
Subtotal80000200100
基礎的能力4000010050
専門的能力4000010050
分野横断的能力0000000