Kyushu University Academic Staff Educational and Research Activities Database
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Osamu Narikiyo Last modified date:2019.06.10

Associate Professor / condensed matter physics
Department of Physics
Faculty of Sciences


Graduate School
Undergraduate School


Homepage
http://frontier.phys.kyushu-u.ac.jp/TPC/
Condensed Matter Theory .
Academic Degree
Doctor(Science)
Field of Specialization
Theoretical study on condensed matter
Outline Activities
Research
Theoretical study on many-body correlation
(Quantum systems, Classical systems, Living systems)
(Phase transitions and critical phenomena, Living phenomena)

Education
Experiment class for undergraduate students
Exercise class for undergraduate students
Lecture for undergraduate students
Lecture for graduate students
Thesis study for bachelor degree
Thesis study for master degree

Social activity
Special lecture at senior high schools
Research
Research Interests
  • Theoretical study on many-body correlations
    keyword : many-body correlations; quantum system, classical system, biological system; phase transitions and critical phenomena, living phenomena
    1999.03Theoretical study on many-body correlations: Since I established my laboratory at Kyushu University in 1999, we have been studying correlation problems in strongly interacting many-body systems theoretically. The systems we are interested in are quantum systems, classical systems and living systems. The phenomena we are interested in are phase transitions and critical phenomena and living phenomena. Our main interest is now shifting from the study of matter to that of living systems. Our approach is gradually shifting from analytical method to numerical one..
Academic Activities
Papers
1. K. Miyake, O. Narikiyo, Nested Spin-Fluctuation Scenario for Anomalous Metallic Phase of High-Tc cuprates, Springer Series in Solid-State Sciences, Vol. 125
pp. 267-276, 1999.01.
2. K. Miyake, O. Narikiyo, Model for Unconventional Superconductivity of Sr2RuO4:
Effect of Impurity Scattering on Time-Reversal Breaking
Triplet Pairing with a Tiny Gap, Physical Review Letters, Vol. 83
pp. 1423-1426, 1999.01.
Educational
Educational Activities
General education
Lecture: Elementary mechanics, Elementary electromagnetism,
Elementary thermodynamics, Elementary wave-mechanics,
General physics I, General physics II,
Introduction to modern physics
Exercise: Elementary mechanics
Seminar: Introduction to computer simulation
Experiment: Fundamental experiments in physics

Undergraduate course
Lecture: Phase transitions and critical phenomena, Frontiers in physics, Trends in physics 
Exercise: Comprehensive physics
Thesis study for bachelor degree

Graduate course
Lecture: Quantum statistical mechanics, Nonlinear physics
Thesis study for master degree
Other Educational Activities
  • 2014.10.
  • 2013.10.
  • 2012.10.
  • 2011.10.
  • 2010.10.
  • 2009.10.