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Codesort Course Titlesort Lecturersort Semestersort Week/Periodsort
35604-1016
GSC-AS6216L2
理論天文学特別講義VI
Theoretical Astronomy, Advanced Course VI

S1S2 集中
Intensive 
Elements in Cosmos: From Fundamental Interactions to Origin of Life

This is a series of lectures for the graduate students or advanced undergraduate level students providing an introduction to the application of fundamental principles of the production of atomic nuclei along the cosmic evolution. An emphasis will be placed on, first, the formation processes of the elements and, second, the molecules of life, i.e. the amino acids, in various astrophysical conditions in space from a perspective of fundamental interactions of elementary particles and nuclei. In addition, time will be devoted to the link between theory and experimentation on these subjects. Modern experiments in particle and nuclear physics will be described and how these relate to astronomical observables on the production and formation of atomic nuclei, molecules, and amino acids.

単位 Credit:1
他学部 Other Faculty:可 YES
講義使用言語 Language:英語 English
FEN-MA3e22L3
FEN-MA3e22L3
Introduction to Structural Materials
Introduction to Structural Materials
醍醐 市朗
Ichiro Daigo
A1A2 集中
Intensive 

In production and consumption of materials, structural materials are dominant. Technological development in materials industry affects significant positive impacts in broad end uses. A newly developed high performance materials fulfill higher design requirement, which makes more advanced product design possible. This class introduces production process of major materials and life cycle perspective on materials, especially structural materials. We discuss interactions amongst materials, finished products, economy, and environment in order to understand roles of materials in industrial metabolism. Global material flows and resource strategy are also introduced to give you a global vision on resources and materials.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 工4号館 工41号講義室 Faculty of Engineering Bldg.4 #41
講義使用言語 Language:英語 English
08H008806
FAS-HA4B02L1
総合日本語 II(6)(L6-7)
Integrated Japanese II (6) (L6-7)
松下 達彦
MATSUSHITA Tatsuhiko
S1S2 火曜4限 金曜4限
Tue 4th Fri 4th
Integrated Japanese 総合日本語 II (6) (L6-7)

This course is designed for students at the advanced level who are able to deal with authentic materials without much difficulty. The aim of this course is to help students develop language and socio-cultural knowledge through intensive listening and reading. Basic trainings will also be provided for discussing issues both orally and in writing. The topics for this course are mainly on socio-cultural and/or academic genres. Students are also expected to improve their ability to manage their own study and life. Specifically, by the end of the course, students are expected to be able to 1) increase vocabulary and socio-cultural knowledge to understand common academic proses and speeches in genres such as humanities, social sciences and environmental sciences, without much difficulty. 2) use various styles of Japanese such as formal/polite/casual speech or writing depending on the situation and purpose. 3) master the manner of creating new knowledge from collaboration, multi-angle perspectives and critical thinking through discussion, presentation and essay writing. 4) expand the intellectual network and acquire knowledge for exploring issues based on a suitable academic framework in humanities, social sciences or natural sciences. 5) manage their own study and everyday life independently using the Japanese language.

単位 Credit:4
教室 Room: 駒場10号館 10-205、駒場1号館 166教室 Komaba Bldg.10 Room 10-205,Komaba Bldg.1 Room 166
講義使用言語 Language:日本語 Japanese
47100-26
GFS-AM6F19L1
物質系特別講義Ⅵ
Special Lecture on Advanced Materials Science Ⅵ
各教員
A2 水曜3限
Wed 3rd
Computational Fluid Dynamics (CFD) and Its Application

CFD is to use computer codes to solve a wide range of problems in natural phenomena and industrial processes. CFD is a tool to investigate and research a wide range of problems in fluid flow,heat and mass transfer. The present CFD course include as follows: (1) Introduction to CFD (2) The governing equations and boundary conditions (3) Solution method and an example (4) Application of CFD in refining of molten steel (5) Application of CFD in continuous casting of molten steel.

単位 Credit:1
他学部 Other Faculty:可 YES
教室 Room: 柏 2F 物質系講義室 Kashiwa Campus 2F Adv.Mat.Sci. Lecture Room
講義使用言語 Language:英語 English
35616-1020
GSC-EP6305L2
物質循環学
Theory of Geochemical Cycle
中井 俊一
NAKAI,Shunichi
A1A2 水曜4限
Wed 4th
物質循環学

本講義では,火成岩の元素,同位体組成から地球の化学的進化,物質循環を調べる手法について解説する.また,地球の化学組成が未分化なコンドライト隕石により推定できるかについても解説する.(中井)本講義では、二次イオン質量分析計の基本的な原理、分析法としての特徴を概説するとともに、ジルコンやアパタイト、モナザイトなどのウランー鉛年代測定法、希土類元素を中心とした微量元素の地球化学について講義する。さらに、その応用例として、隕石、地球最古の岩石、鉱物、地上に現れた最初の生命などの項目について講義する。(佐野) This course offers an introduction how geochemical methods, such as trace element and isotope analysis can unravel and provide insight into the chemical evolution of the earth and material transfer inside of the earth. (Nakai). Principles of secondary ion mass spectrometer are explained and its application to geochemistry and cosmochemistry is summarized. Zircon U-Pb dating, rare earth element and trace element analysis are discussed in the lecture. In addition primitive meteorites, the oldest mineral on the earth, origin of life are mentioned (Sano).

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 理学部1号館中央棟 739 Faculty of Science Bldg.1 (center) 739
講義使用言語 Language:日本語/英語 Japanese/English
0530061
FSC-CH3308L2
地球化学
Geochemistry
鍵 裕之
KAGI, Hiroyuki
A1A2 水曜2限
Wed 2nd

元素の合成から、太陽系の形成、地球の進化を化学の視点から解説する。現在の地球で起こる諸現象、環境変化などについても取り扱う予定である。 The lecture will cover the nuclear synthesis, formation of solar system, evolution of the earth and so on from a viewpoint of chemistry. Geochemical phenomena including environmental problems will be covered.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 化学本館 1302 Faculty of Science Chemistry Bldg. 1302
講義使用言語 Language:日本語/英語 Japanese/English
35603-1111
GSC-PH6Y50L2
物理学特別講義AVI
Special Topics in Physics AVI

A1A2 集中
Intensive 
Superconductivity in Quantum Materials

This lecture bridges basic knowledge of Quantum Mechanics with actual research on correlated electron systems. Many examples and applications on superconductors and other quantum materials are given. With a minimum of Mathematics, basic phenomena and novel insights of modern solid state physics are being provided. A manuscript in English is available.(Prof. Dr. Dirk Manske, Max-Planck Institute for Solid State Research)

単位 Credit:1
他学部 Other Faculty:可 YES
教室 Room: 理学部1号館西棟 201a Faculty of Science Bldg.1 (west) 201a
講義使用言語 Language:英語 English
51500
CAS-PF1840L3
生命科学(PEAK)
Life Science (PEAK)
リチャード シェファーソン
SHEFFERSON Richard
A1A2 水曜2限
Wed 2nd
Introduction to Biology

This course is designed to provide students with the essentials of biology.

単位 Credit:2
教室 Room: 駒場11号館 1105教室 Komaba Bldg.11 Room 1105
講義使用言語 Language:英語 English
51501
CAS-PF1840L3
生命科学(PEAK)
Life Science (PEAK)
リチャード シェファーソン
SHEFFERSON Richard
A1A2 水曜2限
Wed 2nd
Introduction to Biology

This course is designed to provide students with the essentials of biology.

単位 Credit:2
教室 Room: 駒場11号館 1105教室 Komaba Bldg.11 Room 1105
講義使用言語 Language:英語 English
31D350-0430A
Special Lecture on Global Society IV
Special Lecture on Global Society IV
ジロドウ イザベル
GIRAUDOU Isabelle
A1A2 水曜4限
Wed 4th
Science-Based Biotechnology Regulation and Sustainable Development

The life sciences as a whole are increasingly challenged to develop transformative technologies that help to protect our planet's habitability. Recent developments in genetic and systems engineering have accelerated the transformative potential of science‐based technology, with expected benefits to various fields, including bioproduction, environmental remediation and pollution control. These enabling technologies, however, also contains risks to human health and the environment. Moreover, there is no clear multi-stakeholder governance regimes addressing their development and possible deployment. Focusing on synthetic biology regulation, and drawing on complementary fields of inquiry (i.e. risk governance, environmental management, sustainability studies, STS*), this course will explore how science-based biotechnology could contribute to sustainability goals. Through short interactive lectures and a range of learning activities (case studies, scenario analysis, role-play simulations), students will discuss the need for new governance frameworks and examine how to regulate these emerging technologies, especially in light of the challenges raised by the United Nations’ Sustainable Development Goals (SDGs). (*) Science, Technology and Society (STS)

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 21KOMCEE West K302 21 KOMCEE West Room K302
講義使用言語 Language:日本語 Japanese

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