RESEARCH

As a universal detection method for dark matter, I propose utilizing the energy dissipation phenomenon of a two-level atomic system in curved spacetime (i.e., in a gravitational field).It is well know [...]

The detailed mechanisms that lowered the atmospheric CO2 concentrations by approximately 100 ppm during glacial periods remain a crucial open question. It is hypothesized that increased ocean alkalini [...]

Allylic amines are ubiquitous, prevalent in various biologically active compounds, and essential as synthetic intermediates for many organic compounds. We reported the first direct catalytic amination [...]

Recent advances in UAV LiDAR and airborne laser scanning have enabled high-resolution and low-cost acquisition of three-dimensional forest point cloud data. At the same time, analysis methods such as [...]

Palladium hydrides exhibit superconductivity at hydrogen concentrations above 0.8. The role of hydrogen atoms in the mechanism of hydride superconductivity will be clarified by microscopic measurement [...]

Development of a High-Accuracy Predictive Framework for Soil–Machine Interaction under Repeated Loading Using Non-Classical Plasticity and Machine Learning

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

This research aims to develop a new DEM contact model capable of reproducing cumulative plastic deformation and stiffness evolution under repeated loading, limitations that conventional models cannot [...]

Molecular fossils provide powerful tools for paleoenvironmental reconstruction, but their extraction from thermally mature rocks is often difficult, leaving many geologically important sediments unex [...]

REBa2Cu3Oy (REBCO, RE=rare earth) superconducting coated conductors (CCs), which exhibit excellent current-carrying properties at high temperatures and in high magnetic fields, are promising for reali [...]

Establishing a method of dark matter detection using Two-level atom system

Reconstruction of calcium carbonate dissolution and burial changes in the Southern Ocean floor during the past 140,000 years.

Convenient Direct Catalytic Synthesis of Primary Allylic Amines from Allylic Alcohols with Ammonium Acetate

Design of Decision-Making Indicators Using Forest Point Clouds

Study of superconducting mechanism in palladium hydrides by controlling the lattice vibrations

Development of a High-Accuracy Predictive Framework for Soil–Machine Interaction under Repeated Loading Using Non-Classical Plasticity and Machine Learning

Global paleoenvironmental reconstruction of the T-OAE using biomarker extraction from kerogen

Development of an AI Model for delamination path visualization and weak-point prediction to guide the strengthening of REBCO coated conductors

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