INDUSTRY, INNOVATION AND INFRASTRUCTURE

In the standard planet formation scenario , it has been believed that planet formation begins in the Class II disks after mass accretion has ended. However, recent submillimeter observations by ALMA [...]

To improve the artificial joint and reproduce natural joint further, hydrogels have been investigated as the artificial cartilage tissue. In this study, we evaluate the friction and wear properties of [...]

This study aims to investigate molecules uniquely expressed in maturation-stage ameloblasts and develop methods to induce their differentiation. We will also screen for pH-regulating factors in enamel [...]

Development of a particle method for simulating the formation and evolution of the Earth to constrain physicochemical conditions of the early Earth

Department of Earth and Planetary Sciences, Graduate School of Science

A continuous understanding of the 4.6-billion-year history of the Earth’s interior is essential to clarify the Earth’s formation history. The most important physical processes in the evolu [...]

TTA-UC has attracted attention as a methodology for converting low-energy photons to high-energy photons, and recently, solid-state TTA-UC is expected to be a further breakthrough. One of the challeng [...]

Aging is accompanies by progressive morphological, pysiological, and functional decline. It is recognized as a major risk factorfor the development of chronic diseases, including cancer. Traditionally [...]

In the realm of material science, there is a growing focus on leveraging computational approaches to predict and discover novel structures. However, the existing methods involve resource-intensive and [...]

Emission lines of highly charged ions of heavy elements, such as bismuth, lead, and gold, generated in laser plasmas are a potential candidate of the water window (2.3-4.4 nm) light source for in vivo [...]

Investigation of star and planet formation process, using two-fluid simulation

Elucidation of Lubrication Mechanism of Functional Polymer Hydrogels for Next-Generation Artificial Joints

Elucidation of the differentiation mechanism of mature ameloblasts aimed at enamel regeneration and its regulation

Development of a particle method for simulating the formation and evolution of the Earth to constrain physicochemical conditions of the early Earth

Elucidation of design guidelines for high-efficiency solid-state UC materials

Rejuvenation mammalian senescent cells using egg extract

Genetic Algorithm combined with Neural Network Potentials for New Structure Predictions in Material Science

Isoelectronic and isonuclear sequence of water window EUV spectra for highly charged high Z ions

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