相川 慎也教授
- Affiliation
- School of Engineering, Department of Electrical and Electronic Engineering
Graduate School of Engineering, Department of Electrical Engineering and Electronics
- Laboratory
- Advanced Functional Device Lab.
- Campus
- Hachioji
- Research Keywords
- Oxide materials / Organic thin films / 2D atomic films / Thin-film transistors / Energy conversion devices
- Topics of Research
- Semiconductor device applications of functional thin-films
Improvement of device performances by modifying surface/interfaces
Analysis and control of carrier transport in semiconductors, etc.
- Related "Sustainable Development Goals (SDGs)"
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[Undergraduate] Development of thin, light, flexible, and transparent devices utilizing the functionality of materials
Our research is centered on development of functional electronic devices using artificial 2D thin films and novel semiconductor materials. Such devices are useful for functional building blocks of future innovative electronics with flexibility, light weight, thin body and transparency. Those functionalities are effective for enhancing values of conventional devices. Our recent interests are of oxide thin-film transistors, hybrid Schottky junction solar cells and resistive switching memory devices.
[graduate school]
We are conducting research into the electronics application of new semiconductor thin films that can realize multifunctionality and energy and resource conservation in electronic devices. By combining the inherent physical properties of materials with the special functions that emerge from atomic-scale miniaturization, we aim to establish advanced carrier conduction control that was not possible with conventional semiconductor devices using techniques such as microfabrication and band engineering, and to apply these to high-performance and highly functional elements.
