Kazuo Akagi

Creation of Innovative Basic Technologies for Circularly Polarized Luminescence Materials Development

Research Director

Kazuo Akagi

Collaborator

Yoshitane Imai	Professor Faculty of Science and Engineering Kindai University
Kazunori Tsubaki	Professor Graduate School of Life and Environmental Sciences Kyoto Prefectural University
Hiroyuki Nishikawa	Professor Graduate School of Science and Engineering Ibaraki University
Tadashi Mori	Associate Professor Graduate School of Engineering Osaka University

Outline

This project aims to create basic technologies for the development of an innovative three-dimensional display. The basic technologies include: 1) the synthesis of helical conjugated polymers in external-stimulus-responsive chiral liquid crystals, 2) the synthesis of helical oligomeric molecules bearing high circularly polarized luminescence (CPL), 3) the creation of measurement techniques for evaluating CPL intensities and dissymmetrical factors in thin film and the solid state, 4) the fabrication of CPL devices and light-emitting diodes based on CPL materials, and 5) the elucidation of the excited states of CPL materials and the establishment of guiding principles for molecular designs.

Satoshi Ashihara

Innovative Vibrational Spectroscopy based on Tailorable Infrared Sources

Research Director

Satoshi Ashihara

Outline

We create a new infrared light source technology to provide a major breakthrough in vibrational spectroscopy. By taking advantage of the high brilliance of infrared coherent light based on a novel solid-state laser and the degree of freedom of electric field waveforms, we will create highly-sensitive vibrational spectroscopy to capture trace amounts of molecules and chemical reaction control methods to promote desired reactions.

Yoshimasa Kawata

Super resolution cell-function imaging and stimulation with optical and electron microscopy

Research Director

Yoshimasa Kawata

Collaborator

Keiko Kimura	Representative Director APCO. Ltd.
Hiroyuki Futamata	Professor Research Institute of Green Science and Technology Shizuoka University

Outline

We develop super resolution cell-function imaging and cell-stimulation techniques with combination of optical and electron microscopes. In this research atmospheric condition for living biological cells and vacuum condition for electron irradiation are separated with a thin film. Focused electron beam penetrates the thin film and electrons are irradiated through the film to living biological cells. The focused electron beam achieved high resolution and excites the fluorescence and stimulation for the cells. We analyze fundamental properties of living cells with electron irradiation and mechanism of emission of photons. This technique is promising for high resolution imaging of biological cells and analysis of functions of cell membranes.

Mitsuru Takenaka

Photonic computing using programmable photonic integrated circuits with hybrid optical phase shifters

Research Director

Mitsuru Takenaka

Collaborator

Makoto Okano	Team Leader Platform Photonics Research Center National Institute of Advanced Industrial Science and Technolog
Nobuyuki Matsuda	Associate Professor Graduate School of Engineering Tohoku University

Outline

We will realize photonic computing using large-scale Si programmable photonic integrated circuits with ultralow-power hybrid optical phase shifters consisting of a III-V semiconductor membrane and Si, aimint to establish the fundamental technologies that can significantly enhance computational capabilities of deep learning and quantum computing. As a result, we will contribute to the remarkable developement of artificial intelligence and combination optimization problem for promoting Society5.0 beyond Moore’s law.