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GOALS

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[Goal 4]Quality Education

Value assessment and economic effect analysis of region-specific resources

School of Economics and Management

Professor Akihiko Tomono, School of Economics and Management

There is tremendous value in the history, traditions, and culture that have roots in regions. When people visit regions in search of such features, it can create a positive economic effect for the region.

In my academic research, I select a specific field every year and visit it with my students. There, we conduct questionnaires. We use the travel cost method to assess the historical, traditional, and cultural values of assets specific to the region. We also measure the economic ripple effects by performing analyses in cooperation with industries based on the expenditures of tourists to the area,


Thinking about the future of the earth and humanity from astronomy; in particular, from the search for extra-terrestrial intelligence

Institute for Nature and Environment

Full-time Lecturer Shinya Narusawa

Human beings, who have evolved while overcoming limitless odds, have an extremely precious existence. The human race must not perish, even with environment destruction, singularity, or war.

Can the human race continue on existing? Hints to this question exist within the number of civilizations in the universe.

This is because it is proportional to the average number of years a civilization has continued to exist. Conversely, we think about our future from speculation on the number of civilizations by SETI (search extra-terrestrial intelligence). “The future of humanity is in space”


3D printing to create microscopes using fewer resources

Graduate School of Science

Professor Hiroki Wadati

Conventional microscopes are expensive and large, and everyday microscopic measurements are difficult.

We are developing an inexpensive and small microscope using a 3D printer. We hope that these portable microscopes would create major changes at research and education sites.

In particular, I believe that looking at the magnetic domain structure of magnets will lead to the development of new types of computer memory using domain wall displacement.


Other goal initiatives can be found in the list here.