RESEARCH

This research aims to develop cost-effective metal-substrate-supported solid oxide fuel cells (MS-SOFCs) using a selective reduction method. A NiO–NiFe2O4 composite oxide substrate is co-sintered in a [...]

Mammalian cortical neural stem cells (NSCs) proliferate and produce neurons by dividing into themselves and neurons during mid to late gestation. In humans, this period is more prolonged than in other [...]

New yield prediction based on translocation mechanism and nonuniformity of environment in the strawberry canopy: Visualization of fluctuation and distribution of yield components

Department of Agro-environmental Sciences, Graduate School of Bioresource and Bioenvironmental Sciences

The yield prediction tools supporting to make the decision of growers on greenhouse environment control and cultivation management are crucial for highly profitable and stable production. In productio [...]

When used satellites and space debris reenter the atmosphere, they become fireballs visible to the naked eye from the ground. By using multiple fireballs to create pixel art, we can develop an entirel [...]

Japan faces serious challenges from population concentration in Tokyo and declining working-age populations in rural regions. To address this, strengthening migration support for younger generations i [...]

Automated water management technologies using ICT devices have been proposed for paddy fields. These systems are expected to reduce farmers’ labor and save water, but their high installation cost rema [...]

Regulation of Immune Function Activation by Oxygen Plasma Irradiation in Co-cultured Immune Cell Systems

Department of Interdisciplinary Engineering Science, Interdisciplinary Graduate School of Engineering Sciences

Conventional immunotherapy activates only a single type of immune cell, making it difficult to achieve sufficient therapeutic effects due to the lack of coordination within the complex immune system. [...]

In fermented foods, fermentation occurs with multiple yeast species. Since the amount of products produced varies with yeast count, the simultaneous quantification of yeast is crucial in the productio [...]

Fabrication and improvement of metal support solid oxide fuel cell.

Exploring molecular mechanism underlying human specific cortical development.

New yield prediction based on translocation mechanism and nonuniformity of environment in the strawberry canopy: Visualization of fluctuation and distribution of yield components

Relative orbit design of space advertisement using fireballs

Migration subsidy for younger generations: Accounting for changes in social structure

Water-Saving Effects of Automated Water Management Technology and Their Contribution to Flood Control

Regulation of Immune Function Activation by Oxygen Plasma Irradiation in Co-cultured Immune Cell Systems

Development of a simultaneous quantification method for yeast flora in fermented foods

“Future-Creation (MIRAI)” Course Kyushu University SPRING program