固体酸化物物性論 - 新領域創成科学研究科

固体酸化物物性論

Physics of transition metal oxides

The objective of this lecture course is to learn about the rich variety of physical properties that appear in transition metal oxides. The lectures gives a brief introduction to the structure and composition of many common oxide materials. The transport, dielectric, superconducting, magnetic, and optical properties of various transition-metal oxides are discussed from the point of view of the underlying physics and potential applications.

MIMA Search

授業計画

4/8, 4/15, 4/22, 5/7, 5/13, 5/20, 5/27 The schedule may be readjusted if necessary. Any changes will be announced during the previous lecture or marked on the lecture home page.

授業の方法

Lectures and discussion

成績評価方法

50% attendance (in-person or Zoom) and 50% for a final report (2 questions). The final reports may be submitted in English or Japanese.

教科書

None. Lecture note PDFs will be provided for download to participating students. Suggested reading is shown on the lecture home page.

参考書

Please see the lecture web page at https://lippmaa.issp.u-tokyo.ac.jp/*****

履修上の注意

The first set of lecture notes will be provided during the lecture on April 8 and will be available for download before the lecture for those who have registered their attendance in UTAS. Those who join the first lecture without registering in UTAS can still download the lecture note PDFs and recorded video after the first lecture. After the first week, please download lecture notes before each lecture to make note taking easier. Lecture materials are available at https://lippmaa.issp.u-tokyo.ac.jp/***** after registering your attendance in UTAS or at the first lecture.

その他

The lectures will be held in hybrid format. If you wish to attend on Zoom, please install the 'Zoom Client for Meetings' on your PC: https://zoom.us/***** You can use a PC, Mac, iPad, Android tablet, etc. The lecture Zoom ID: ***** The lecture***** You can join the lecture at about 12:50. The lecture will start at 13:00 Prerequisite: There are no specific prerequisite courses. However, a basic understanding of the band structure of solids is useful.