シラバス参照
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シラバス参照
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| 講義概要/Course Information |
| 科目基礎情報/General Information |
| 授業科目名 /Course title (Japanese) |
固体・ソフトマターフォトニクス特論（H27年度以前入学生） | ||
|---|---|---|---|
| 英文授業科目名 /Course title (English) |
Solid-State and Soft Matter Photonics | ||
| 開講年度 /Academic year |
2021年度 | 開講年次 /Year offered |
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| 開講学期 /Semester(s) offered |
前学期 | 開講コース・課程 /Faculty offering the course |
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| 授業の方法 /Teaching method |
単位数 /Credits |
2 | |
| 科目区分 /Category |
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| 開講類・専攻 /Cluster/Department |
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| 担当教員名 /Lecturer(s) |
Vohra Varun | ||
| 居室 /Office |
W8-717 | ||
| 公開E-mail |
varun.vohra@uec.ac.jp | ||
| 授業関連Webページ /Course website |
https://classroom.google.com/u/2/c/MjkyOTQ5Nzg5OTUx | ||
| 更新日 /Last update |
2021/03/16 15:32:34 | 更新状況 /Update status |
公開中 /now open to public |
| 講義情報/Course Description |
| 主題および 達成目標（2,000文字以内） /Themes and goals（up to 2,000 letters） |
Soft matter physics is a relatively new sub-field of solid-state physics. Materials such as liquid crystals, biomaterials, polymers and colloids demonstrate complex behavior when exposed to external stimuli but they also present several advantages. Unlike conventional hard matter, soft matter can be easily processed into various self-assembled nanostructures that exhibit strong iridescence or anti-reflective properties. Nature provides us with several soft matter photonic materials examples like bright colored butterfly wings, photonic eyes that can see in the dark or photosynthetic systems that transform sunlight into chemical energy. We will carefully study these natural systems and review several bio-inspired technologies based on nanostructured soft matter. In this course, we will focus on light manipulation in nanostructured materials as well as light harvesting or light generation in soft matter optoelectronic devices. |
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| 前もって履修 しておくべき科目（1,000文字以内） /Prerequisites（up to 1,000 letters） |
There are no compulsory prerequisites but having studied one of the following courses would be an advantage: 光波工学 (Introduction to photonics), 波動と光(Waves and Optics), 固体物理工学第一・第二(Solid-State Physics I and II), 物理化学第一・第二(Physical Chemistry I and II) or 固体電子論 (Fundamentals of Solid-State Electronics) |
| 前もって履修しておくこ とが望ましい科目（1,000文字以内） /Recommended prerequisites and preparation（up to 1,000 letters） |
There are no compulsory prerequisites but having studied one of the following courses would be an advantage: 光波工学 (Introduction to photonics), 波動と光(Waves and Optics), 固体物理工学第一・第二(Solid-State Physics I and II), 物理化学第一・第二(Physical Chemistry I and II) or 固体電子論 (Fundamentals of Solid-State Electronics) |
| 教科書等（1,000文字以内） /Course textbooks and materials（up to 1,000 letters） |
Lecture notes as well as other material related to this course will be uploaded directly to Google Classroom |
| 授業内容と その進め方（2,000文字以内） /Course outline and weekly schedule（up to 2,000 letters） |
Type I Note: The following weekly schedule is subject to change 1. Solid-state soft matter photonics: definitions and course modules 2. Colors in nature: light absorption and structural coloration 3. Natural and bio-inspired photonic technologies (I) (Butterfly wings) 4. Natural and bio-inspired photonic technologies (II) (Chameleon skin) 5. Natural and bio-inspired photonic technologies (I) (Moth eye) 6. Absorption and energy transfer in photosynthetic systems 7. Soft and flexible organic semiconductors 8. Bio-inspired photovoltaic technology (I) (Dye-sensitized solar cells) 9. Bio-inspired photovoltaic technology (II) (Organic solar cells) 10. Bio-inspired photovoltaic technology (III) (Solar cells employing natural dyes) 11. Bio-inspired photovoltaic technology (IV) (Enhanced efficiency in organic solar cells) 12. Soft matter lighting technology I (Organic LEDs and lasers) 13. Soft matter lighting technology II (Color tuning through energy transfer) 14. Soft matter lighting technology III (Liquid crystal displays) 15. Final exam |
| 実務経験を活かした 授業内容 (実務経験内容も含む) /Course content utilizing practical experience |
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| 成績評価方法 および評価基準 （最低達成基準を含む） （1,000文字以内） /Evaluation and grading （up to 1,000 letters） |
(a) Homework and reports: 50% (Homework quality/contents, efforts towards self-study) (b) Motivation and participation: 20% (On-time submission of reports, quality of the questions asked in Google Classroom) (c) Final exam: 30% The final exam will consist in preparing a 10-15 min video presentation in which the students will summarize and review the contents of an academic paper related to solid-state soft matter photonics (subject to change). A total score (a + b + c) over 60% is required to pass this course. |
| オフィスアワー： 授業相談（1,000文字以内） /Office hours（up to 1,000 letters） |
Your questions and comments can be useful to other students. Therefore, the preferred method is to write them directly in the comments section in Google Classroom (visible to others). Alternatively, you can send them via email to varun.vohra@uec.ac.jp (not visible to others). Finally, if you need additional explanations or clarifications, you can send your request also via email and we will organize a face-to-face meeting in W8-717 or a Zoom meeting. |
| 学生へのメッセージ（1,000文字以内） /Message for students（up to 1,000 letters） |
The lecture will be carried out in English but this should not scare you. The level of English is not one of the evaluation criteria for this class. I hope that this class will provide you with the opportunity to improve your skills in English while learning about fun science. The lecture covers a broad range of exciting topics and you will be given the opportunity to learn about soft matter photonics from various points-of-view. In fact, the knowledge you will acquire is a blend of physical chemistry, optics, device engineering and materials science. I hope you will enjoy this lecture that links fundamental science with recent advanced technologies. |
| その他 /Others |
N/A |
| キーワード /Keywords |
photonic crystals, bio-inspired nanostructures, organic electronics, LCD |