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Functional Materials Group

The Functional Materials Group (FMG) is a trans-divisional and interdisciplinary research group aimed at unraveling the underlying principles and unknown functionalities of diverse non-equilibrium many-body phenomena. These phenomena manifest in biological processes, chemical reactions, driven quantum materials, and nanodevices. The group conducts comprehensive research to contribute to the understanding and practical application of these phenomena. In recent years, there have been significant advancements in experimental techniques such as optogenetics, intracellular measurements, time-resolved measurements of non-equilibrium excited states, and spectroscopic measurements at the nanoscale. At the same time, there have been notable developments in computational and data science, as well as in non-equilibrium statistical mechanics. Several ISSP researchers join FMG as core members, while other members participate as concurrent members. Moreover, as a joint-use/research center, FMG actively invites external researchers to collaborate on new subjects, serving as an open platform for such collaborations.

Member(*Leader) Research Subjects
AKIYAMA, Hidefumi
Professor
Group's HP
  1. Device physics of gain-switched semiconductor lasers and solar cells
  2. Many-body interactions and non-equilibrium properties of low-dimensional electron-hole systems in clean semiconductor quantum wires and wells
  3. Material physics and development of high-quality semiconductor nano-structures via microscopy
  4. Firefly bioluminescence and luminescence measurement standards
HAYASHI, Kumiko
Professor
  1. Fluorescence observation of axonal transport in iPS cell derived neuron
  2. Force measurement of motor protein kinesin by using a nano-sized spring
  3. Extreme value analysis applied to axonal transport by motor proteins
  4. Theoretical modeling of synapse formation related to axonal transport
INOUE, Keiichi
Associate Professor
Group's HP
  1. Functional and spectroscopic studies on the mechanism of molecular function of photoreceptive membrane proteins, rhodopsins
  2. Application of advanced spectroscopy for biomolecular study
  3. Exploration of novel photoreceptive proteins using genome big data
  4. Machine-learning study on the determining factor for the function of biological molecules and its application for the development of novel functional molecules
OKA, Takashi
Professor
Group's HP
  1. Floquet engineering of quantum materials
  2. Nonequilibrium states in quantum many-body systems
  3. Application of field theory to biology and information physics
SUGINO, Osamu
Professor
Group's HP
  1. First-principles simulation of solid-liquid interfaces and science of batteries and fuel cells
  2. Quantum dynamics of hydrogen, proton, and hydride ions in materials
  3. High precision calculation of the electron-phonon coupling
  4. First-principles simulation of cuprate superconductors
Members holding a concurrent position
HARADA, Yoshihisa
Professor
Group's HP
Main; Laser and Synchrotron Research Center
LIPPMAA, Mikk
Professor
Group's HP
Main; Division of Nanoscale Science
MATSUDA, Iwao
Professor
Group's HP
Main; Laser and Synchrotron Research Center
MAYUMI, Koichi
Associate Professor
Group's HP
Main; Neutron Science Laboratory
MORI, Hatsumi
Professor
Group's HP
Main; Division of Condensed Matter Science
NOGUCHI, Hiroshi
Associate Professor
Group's HP
Main; Materials Design and Characterization Laboratory
YAMAMURO, Osamu
Professor
Group's HP
Main; Neutron Science Laboratory
YOSHINOBU, Jun
Professor
Group's HP
Main; Division of Nanoscale Science
Visiting Professor
HIYAMA, Miyabi
Visiting Associate Professor