Electronic phase diagram of strongly correlated
electron system at T = 0 K, n = 2

Insulator
diamagnetic
: Electron chemical potential
= Fermi level
2 electrons/atom
T=0K
s orbital
Electronic phase diagram of strongly correlated
electron system at T = 0 K, n = 1

: Electron chemical potential
= Fermi level
1 electrons/atom
T=0K
s orbital
1
Material Science
I. d electron systems
Fujimori
II. p electron systems
Kanoda
Transition elements
1st series: Incomplete 3d shell
Lanthanides
Actinides
KEK home page
2
Transition elements
2nd series: Incomplete 4d shell
Lanthanides
Actinides
KEK home page
Transition elements
3rd series: Incomplete 5d shell
Lanthanides
Actinides
KEK home page
3
Transition elements
Shallow core levels
Lanthanides
Actinides
Lanthanide series: Incomplete 4f shell
KEK home page
Transition elements
Shallow core levels
Lanthanides
Actinides
Actinide series: Incomplete 5f shell
KEK home page
4
Material Science
I. d Electron systems
1. Electronic structure of transition-metal ions
(April 8)
2.
3.
4.
5.
6.
Crystal structure and band structure (April 15)
Mott insulators (April 22)
Metal-insulator transition (May 13, May 20)
High-temperature superconductivity (May 27)
Spin-related phenomena (June 3)
References
1.
藤森 淳「強相関物質の基礎 ― 原子，分子から固体へ」（内田老鶴圃，
2005年）
2.
M. Imada, A. Fujimori, and Y. Tokura: Metal-Insulator Transitions,
Review in Modern Physics 70, 1039 (1998)
3.
津田惟雄，那須圭一郎，藤森 淳，白鳥紀一「電気伝導性酸化物（改訂版）」
（裳華房，1993年）
Lecture note
理・物理 藤森研ホームページ→講義→物質科学
http://wyvern.phys.s.u-tokyo.ac.jp/f/lecture/matscig/index.htm
Fujimori group home  Lectures  Material Science
http://wyvern.phys.s.u-tokyo.ac.jp/f/lecture/matscig/index_en.htm
公用でやむを得ず欠席する場合は，藤森までメールで連絡下さい。出席扱いにします。
If you are absent from a lecture due to an unavoidable schedule, please let
Fujimori know by email. Your attendance will be marked.
5

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表・表紙

κ β κ α ψ 2 m E ħ = κ κ κ