USTEP (Type-U) Students
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University-wide Education Program
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About course catalogue
Course
University-wide Education Program
Common Courses
Faculty・Graduate School
Academic Year
Semester
Period
Day of the week
Language
Lecturers with
practical experience
practical experience
The URLs, account and classroom informations have been removed to prevent the leakage of internal information for online classes.
Last updated at Apr 21, 2025.
Class plans and classrooms are subject to change, so be sure to check UTAS for the latest information.
If you do not have access to the UTAS, please contact your instructor or academic affairs office.
Last updated at Apr 21, 2025.
Class plans and classrooms are subject to change, so be sure to check UTAS for the latest information.
If you do not have access to the UTAS, please contact your instructor or academic affairs office.
Notes for current students who participate in the University-wide Student Exchange Program (USTEP) Type-U (Undergraduate) or
prospective students who are planning to apply for USTEP Type-U program
USTEP Type-U students are expected to be enrolled in courses only listed in the course catalogue for USTEP Type-U.
Language Requirement
USTEP Type-U students must satisfy the conditions given below when registering for courses. However, the requirements below do not apply to foreign language courses.
[Courses offered in Japanese]
▸ Japanese native speakers (those who have completed their secondary education through the Japanese educational system)
▸ JLPT N1 certificate holders
[Courses offered in English]
▸ English native speakers (those who have completed their secondary education through an educational system in an English speaking country/region)
▸ Non-native English speakers who have been receiving undergraduate education from an institution whose language of instruction is English
▸ Those with the required TOEFL/IELTS/Cambridge Examinations scores
[Courses offered in Japanese/English]
▸ Those with both Japanese and English proficiency requirements mentioned above
Language Requirement
USTEP Type-U students must satisfy the conditions given below when registering for courses. However, the requirements below do not apply to foreign language courses.
[Courses offered in Japanese]
▸ Japanese native speakers (those who have completed their secondary education through the Japanese educational system)
▸ JLPT N1 certificate holders
[Courses offered in English]
▸ English native speakers (those who have completed their secondary education through an educational system in an English speaking country/region)
▸ Non-native English speakers who have been receiving undergraduate education from an institution whose language of instruction is English
▸ Those with the required TOEFL/IELTS/Cambridge Examinations scores
[Courses offered in Japanese/English]
▸ Those with both Japanese and English proficiency requirements mentioned above
Quantum Mechanics III
この講義では、量子力学 I, II で学んだ内容をもとに、電磁場中の荷電粒子の運動や散乱問題、および同種粒子の量子力学的扱いや量子多体系の初歩について学びます。
Based on Quantum Mechanics I and II, we study advanced topics of quantum mechanics, including dynamics of charged particles in electromagnetic fields, scattering problems, identical particles, and the basics of quantum many-body systems.
Code
Course title
Lecturer
Semester
Period
0515027
FSC-PH3140L1
Quantum Mechanics III
TSUJI Naoto
Tue 2nd
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Quantum Mechanics II
以下の項目について、理解する。
1. 球対称なポテンシャル内での波動関数のふるまい
2. 量子力学における角運動量の扱い
3. 摂動論
Code
Course title
Lecturer
Semester
Period
0515013
FSC-PH3130L1
Quantum Mechanics II
MOROI, Takeo
Tue 2nd
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Quantum Mechanics I
量子力学の基礎について理解する。
講義前半では、シュレディンガー方程式や波動関数の意味を理解することを目的とし、１次元の束縛問題、散乱問題の典型的な例を解説する。
講義後半では、量子力学の理論的な構造を掘り下げると同時に、ディラックのブラ・ケット記法について学ぶ。また、調和振動子の量子力学的取り扱いについても学ぶ。
The aim of this lecture is to understand the basics of quantum mechanics.
In the first half of the lecture, we will explain typical examples of one-dimensional bound and scattering problems, with the aim of understanding the meaning of the Schrödinger equation and wave function.
In the second half of the lecture, we will delve into the theoretical structure of quantum mechanics, and at the same time explain Dirac's bra-ket notation. We will also explain the quantum mechanical treatment of a harmonic oscillator.
Code
Course title
Lecturer
Semester
Period
0515086
FSC-PH2120L1
Quantum Mechanics I
TSUNEYUKI, Shinji
Mon 3rd, Mon 4th
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Materials Quantum Mechanics
マテリアルの機能（電気物性、光物性など）を理解するために必要不可欠な量子力学の基礎を学ぶ。量子力学的世界像が日常的感覚とどのように異なるかを理解し、マテリアル中での電子や原子の振舞いをイメージできるようになることをねらいとする。特に、対象とする問題に即してそこでの量子力学的特徴（古典力学との違い）を説明できること、自由電子モデルのシュレディンガー方程式を解くことができ、その結果の意味を説明できることを目標とする。
Code
Course title
Lecturer
Semester
Period
FEN-MA2201L1
FEN-MA2201L1
Materials Quantum Mechanics
Satoshi Watanabe
Mon 2nd, Thu 2nd
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Quantum Chemistry III
本講義では、主に原子・分子と光の相互作用について学ぶ。具体的には、時間に依存するSchrodinger方程式をいくつかの問題に適応して、光吸収、発光、散乱過程などについて理解する。また、群論を用いて、分子がもつ対称性と電子状態や振動運動との関係、光による遷移の有無について、群論の指標表からどのように理解できるのかについて学ぶ。
In this lecture, attendees can learn time-dependent perturbation theory and group theory with some example in molecular spectroscopy. Also, using group theory, attendees will learn how we can understand the electronic state, and vibrational motion and light-induced transitions in terms of molecular symmetry and character table.
Code
Course title
Lecturer
Semester
Period
0530072
FSC-CH3105L3
Quantum Chemistry III
IWASAKI Atsushi
Fri 2nd
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Statistical Mechanics(1)
統計力学は、原子・分子などの微視的な世界を記述する自然法則と、目に見える巨視的世界をつなぐ理論体系であり、物性物理学をはじめ、様々な分野の基礎となる理論体系である。本講義では、巨視的な世界を記述する熱力学を復習したうえで、古典力学や量子力学による微視的な運動の記述から出発して、対象となる系の熱力学的性質を導く考え方を学ぶ。
Statistical mechanics is a theory that connects the macroscopic world to physical laws governing microscopic entities such as atoms and molecules, and it forms a basis for various scientific fields including condensed matter physics. This lecture starts with a concise review of thermodynamics and then explains the principles and techniques for deriving thermodynamic properties from the knowledge of microscopic properties dictated by classical and quantum mechanics.
Code
Course title
Lecturer
Semester
Period
FEN-AM3221L1
FEN-AM3221L1
Statistical Mechanics(1)
Masato Koashi
Tue 1st
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Energy Beam Applications and Quantum/Relativistic Mechanics
Students will read in a loop J.J. Sakurai's "Modern Quantum Mechanics" (which will be provided on loan) and "lecture" the assigned sections to fellow students, to deepen the understanding of quantum mechanics, which is essential for quantum beam technology and optical and quantum technologies.
J. J. サクライ「現代の量子力学」の英語版（貸与します）を輪講して（受講生が担当の節を皆の前で説明します）、量子ビーム技術や光・量子技術にとって重要な量子力学の理解を深めます。
Code
Course title
Lecturer
Semester
Period
FEN-SI4n04L3
FEN-SI4n04L3
Energy Beam Applications and Quantum/Relativistic Mechanics
Kenichi Ishikawa
Wed 4th
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Exercises in Physics III
量子力学IIおよび電磁気学IIの講義内容に沿った演習問題を解く。これにより講義内容を具体的問題に応用する力を身につけることがこの授業の狙いである。
Code
Course title
Lecturer
Semester
Period
0515072
FSC-PH3603S1
Exercises in Physics III
MOROI, Takeo
Tue 3rd, Tue 4th
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Astronautical System Electronics
宇宙開発、宇宙科学の分野においても、電気電子工学の役割は重要である。本講義では、宇宙航空研究開発機構所属の教員などから、実際の宇宙分野での電気電子工学の応用例を紹介し、学部講義で習っている電気電子工学の基礎知識が実社会でどのように役立っているかを実感することを目的とする。／
Electrical and electronic engineering is important for space development and space science. The lecture provides actual application of electrical and electronic engineering in space by researchers of JAXA (Japan Aerospace Exploration Agency) and the University of Tokyo. The purpose of the lecture is that students learn how fundamental class in the University is useful for real society.
Code
Course title
Lecturer
Semester
Period
FEN-EE4c17L1
FEN-EE4c17L1
Astronautical System Electronics
Hashimoto Tatsuaki
Tue 4th
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Solid State Physics (3)
対称性の破れがもたらす物質機能と、超伝導に関して学ぶ。
Learn the material functions related to symmetry breaking and superconductivity.
Code
Course title
Lecturer
Semester
Period
FEN-AM4243L1
FEN-AM4243L1
Solid State Physics (3)
ARIMA Taka-hisa
Tue 3rd
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