INDUSTRY, INNOVATION AND INFRASTRUCTURE

In recent years, the electro-magnetic concentration method and the laser-driven capacitor-coil achieved generation of kilo-tesla magnetic fields in laboratories. In addition, high-resolution observati [...]

The main contributions of this research so far are as follows: · Developed several efficient algorithms for α-FCGP (which is a generalization of various important size-constrained optimization [...]

Spin waves and their quasiparticles, magnons, are promising information carriers for next-generation low-power devices because they can transmit information with minimal Joule heating. However, practi [...]

Direct synthesis of van der Walls heterostructure for realizing high-performance two-dimensional devices

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

Transition metal dichalcogenides (TMD) with their atomic-level thickness have attracted much attention for the next-generation semiconductor materials. This research synthesizes TMD films using a chem [...]

On a molecular scale, electronic devices such as voltaic cells include more or less locally nonuniform structures due to defects, local concentration, and so on. The function of an electronic device a [...]

My research aims to explore the theoretical origin of hilltop inflation by constructing models based on higher-dimensional gauge theories. While hilltop inflation aligns well with current cosmological [...]

The central nervous system (CNS) hosts several macrophages, which include microglia that occupy the parenchyma of the brain, and CNS border-associated macrophages (CAMs) that are found at the border, [...]

With the rapid growth of AI and IoT technologies, reducing the power consumption of information devices has become increasingly important. This study focuses on magnetic skyrmions, which are promising [...]

Non-perturbative effects in photon absorption spectra of atoms in high magnetic fields

Efficient Algorithms for Size-Constrained Combinatorial Optimization Problems

Realization of a Magnonic Black Hole Enabled by Highly Efficient Spin Injection

Direct synthesis of van der Walls heterostructure for realizing high-performance two-dimensional devices

Elucidation of the Photoinduced Dynamics Mechanisms of Photofunctional Materials in Structurally Heterogeneous Environment

Construction of Inflationary Models Derived from Higher-Dimensional Gauge Theories and Their Theoretical Implications for Cosmology

Functions of CNS Border-Associated Macrophages in Development and Pathological Conditions

Research on Topologically Stable Skyrmion-Based Memory Devices

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