The goal of this class is to introduce topics in Earth and planetary systems science and to raise interest in the field. As part of this, faculty members from the department will introduce different research topics each time. This class will also provide preparatory learning for Field Excursion for Earth Science A, which is scheduled to take place in August and September. The results of this preparatory learning will be presented by groups in the final class.

Learn basic knowledge to understand the Earth we live on.

Students will visit areas where typical geological phenomena are observed, learn about the exposure of rocks and strata in the field, and basic knowledge of field surveys. They will also visit museums and observe many rock, mineral, and fossil specimens, learning about the diversity and universality of geological phenomena.

This is an introductory lecture to Earth and planetary sciences that comprehensively covers the basics of the formation of the universe and the Earth, their constituent materials, plate tectonics, plume tectonics, the origin of the solar system, and the materials of life.

The goal is to gain a correct understanding of the Earth by learning not only about the current state of the Earth, but also how the Earth was born and became what it is today. Learn the basics of Earth and planetary science through lessons on the origin and formation of planetary systems (solar systems), the Earth, and life, and the circulation of energy and materials in the Earth’s atmosphere and oceans.

An introduction to the basic knowledge of inorganic compounds (minerals) that make up the Earth and planets, as well as an introduction to various analytical methods.

Understand the principles and uses of polarizing microscopes, which are the basis of rock-forming mineral identification.

Learning about the fundamentals of sedimentology and paleontology.

The goal is to acquire the basics of seismology, geodesy, and gravity as the foundations of Earth and planetary science.

This course will study the concepts of trace element geochemistry, isotope geochemistry, and mass spectrometry, which are important for understanding the formation and evolution of the solar system and the Earth.

Students will learn basic knowledge and practical identification methods for the inorganic compounds (minerals) that make up the Earth planet using crystal models and mineral specimens.

The goal of this course is to help students who aspire to become science teachers acquire knowledge related to earth science by carrying out more advanced and practical training in earth and planetary science, while keeping in mind the exercises in high school earth science textbooks.

Through a two- to four-week training program at a related company, students will increase their motivation for their future studies and job hunting, while also learning about professional ethics.

Following on from “Physics of Earth and Planetary Interiors I,” this course will teach about geomagnetism and the dynamics of the Earth’s interior as the foundations of Earth and planetary science.

In order to carry out the field geological surveys that are the core of the program, it is necessary to know about strata and rocks and to be skilled in geological mapping and stereographic projection, etc. Lectures will be given on geological survey methods, geological mapping, geological maps, geological cross sections, geological columns, surface structures, stereographic projection, etc.

Using a textbook created based on topics from National Geographic, a science magazine read around the world, students will learn about the universe and the earth while practicing reading scientific English. In parallel with the textbook, students will watch DVDs repeatedly (with and without subtitles) and practice listening to and taking notes on English lectures.

Learn the ability to interpret the evolution of the topography of the Moon and Mars using images obtained by the Moon and Mars probes. Understand the basics of meteorites, which are one type of extraterrestrial material.

This lecture will focus on igneous and metamorphic rocks, which are the rocks that make up the Earth’s planet, and will discuss the processes by which they are formed and the tectonics that lead to their formation.

Learning about the application of sedimentology and paleontology.

This course will provide students with basic knowledge about the generation of high temperatures and high pressures, which is necessary to clarify the properties of Earth and planetary materials.

Acquire basic knowledge about the distribution and composition of organic compounds and inorganic compounds (minerals) that make up the Earth planet, and learn various analytical methods.

This course teaches how to read phase diagrams and the thermodynamics of phase diagrams, which will deepen your understanding of the formation of minerals and magma, and phase transitions.

This course will teach basic knowledge and research methods for field surveys in earth sciences.

Understand the basic mathematics required for planetary interior physics.

The program will explain the diversity of earthquakes and earthquakes in subduction zones, and will also introduce cutting-edge information on “slow earthquakes,” a topic of recent research.

This course will cover the evolution of the solar system from its birth to its present state, particularly from the perspective of material science. It will also explain the latest science on Itokawa, the Moon, Mars, etc., based on the results of the latest analytical techniques and planetary exploration.

To acquire the basic knowledge and skills used for Earth and planetary material sciences.

Focusing on the theme of “organic matter” and “water” on Earth and other planets, which are essential for nurturing life, lectures will cover the composition and distribution of organic matter and water, which are material substances in the solar system, the formation of the Earth’s oceans and atmosphere, the origin and evolution of life, and the possibility of life existing on planets other than Earth.

Students will develop the ability to read and understand Earth and planetary science-related literature and papers written in English, and become proficient in scientific English. Familiarizing themselves with scientific English through classes such as this one will be essential for students to begin full-scale research activities in their fourth year onwards, and will also be the foundation for them to play an active role in an international society.

Acquire specialized knowledge and understanding of earthquake phenomena and the Earth’s internal structure and dynamics.

1) Learn the basics of data handling and error theory.
2) Learn how to handle various devices and how to analyze and compile data.

In addition to learning “field geological survey methods” and “methods for studying collected rock samples,” students will also acquire the ability to compile research results in a paper and present them orally.

Each faculty member will explain cutting-edge research related to each field of Earth and planetary science.

This course will teach the basics necessary to understand the large-scale (macro) movements within the Earth’s interior from the microscopic properties of rocks and minerals, such as their deformation.

Understand the structure of the Earth’s interior, learn about important physical quantities and their distribution within the Earth, understand the phase transitions occurring within the Earth, and learn an overview of the phenomena occurring within the Earth.

This course will study the evolutionary process of the solar system and the Earth from the perspective of cosmochemistry, based on chemical analysis data of extraterrestrial materials and materials that compose the Earth.

Learn how to use a Linux computer. Learn the basics of programming using FORTRAN language and become able to perform simple numerical calculations. Learn the basics of programming using shell language and how to use map display software and become able to display maps.

Under the guidance of faculty members, students will conduct cutting-edge research in Earth and planetary sciences, present the results of their research, and ultimately compile them into a graduation thesis.