Center Overview

In 2024, we will establish the Semiconductor Application Research Center to create new value for the next generation of the semiconductor industry and to help Japan regain its global presence. The center will not only conduct basic research on new semiconductors, but will also expand its scope to include applied research with a view to social implementation, with the aim of bringing about innovation in society.

a fine thing to say

RItsumeikan Semiconductor Application research center
Director of the Center

KANEKO Kentaro

Since the 1990s, Japan's semiconductor industry has been in a state of decline and has lost much of its former glory of the 1980s.

During this period, valuable semiconductor human resources and technologies were lost from Japanese companies and universities, leading to a significant decline in international competitiveness, and the adverse effects are still plaguing the Japanese semiconductor industry like a body blow.

The hollowing out of the industry is particularly severe in the Kansai region, which is lagging behind Tokyo, Kyushu, and Hokkaido, which are trying to regain momentum.

On the other hand, demand for semiconductors is rapidly increasing in all industrial fields due to the promotion of digital transformation (DX) on a global scale, and at the same time, unprecedentedly large reductions in power consumption are required to achieve carbon neutrality by 2050.

The semiconductor application research that is Japan's forte and the pioneering of new materials will be a source of strength and a once-in-a-lifetime opportunity for Japan's semiconductor industry to return to the international arena.

The University, not wanting to miss this opportunity as a university, established the Semiconductor Application Research Center in 2024.

The center's distinctive feature is that it not only conducts pioneering research on new semiconductor materials, but also expands the scope of its research to include new applications with an eye toward social implementation.

In our research on novel semiconductor materials, we aim to create next-generation semiconductor materials for innovative power and optical applications from the bottom up, and to change the game in these areas with a view to strategic social implementation.

In addition, we will actively conduct research on semiconductor applications that will become important in the world of the future, such as the use of semiconductors to DX human activities, including the quantification and databasing of human perception, motor functions, and psychology, as well as applications in the space environment and new energy sources.

And support from experts in business administration, international semiconductor strategy, and intellectual property strategy is also very important to achieve the ultimate goal in semiconductor applications: social implementation.

Ritsumeikan University's Biwako-Kusatsu Campus is conveniently located in Shiga Prefecture, which has a large concentration of highly technological manufacturing companies, and in Kyoto Prefecture, where many companies that have grown from start-ups to world-class tech companies are based.

We will actively collaborate with such companies to promote productization and commercialization.

This center is also very important to develop the semiconductor human resources that Japan has lost.

The Center, in which researchers from a variety of fields participate to create an advanced research environment and engage in industry-academia collaboration, will accept doctoral and other personnel not only from Japan but also from around the world, and will make efforts to develop not only researchers but also engineers, managers, and other semiconductor personnel who will be responsible for promoting the semiconductor industry in the next generation.

Ideally, it will be a place where researchers from universities and research institutes around the world, entrepreneurs and managers, private companies, and governments participate to create innovative value that will change the next generation.

We aim to become an important semiconductor research center not only in Japan but also in the world.

Research

  • #01Green Innovation

    Development of new materials for ultimate power semiconductors
    • Actively pioneering new materials in the field of game-changing power semiconductor material development
    • Research on high-performance next-generation power semiconductor materials such as rutile-structured germanium dioxide (r-GeO2)
  • #02New Relationship between Semiconductors and Humans

    Novel applied research on AI, psychology, taste and smell, and space
    • Research on novel semiconductors that enable the enhancement and quantitative measurement of taste and smell with electrical stimuli, etc.
    • Research on new methods for measuring and evaluating human physiological functions and sensitivity
    • Research on semiconductors necessary for human activity in space
  • #03A New Light to Illuminate the Future of Mankind

    Research on semiconductor optical technology for the new era
    • Research on next-generation GaN light-emitting devices using rare earths
    • Development of a Safe Vacuum Ultraviolet Solid-State Light Source to Replace Mercury Lamps
  • #04Key Fundamental Technologies for Semiconductors

    Next Generation Circuit Design Research
    • Research on power electronics devices that contribute to stabilization, higher quality, and higher efficiency of power supply systems
    • Research on inverters and converters, new types of electric motors and generators used in smart grid systems, new energy systems such as solar cells and fuel cells, as well as trains, electric vehicles, home appliances, etc.
  • #05Next Generation Energy Core Technology

    Integration of Semiconductor Research and Solid State Chemistry
    • Development of next-generation storage batteries based on semiconductor technology
    • Pioneering low-cost, corrosion-resistant electrode materials for widespread use of fuel cells
  • #06For social implementation of new semiconductors

    Intellectual Property and Management Strategy International Collaboration
    • The most important IP and management strategies for university startups
    • Global international collaboration and relationship building in semiconductor development