独自に開発した光応答材料を用いて細胞移動現象の解析に利用した研究例を2つ紹介する．1つ目の光応答性基板は光照射によって細胞・細胞集団を動的パターニングできる．細胞がパターニングされた基板を反転させて倒立した状態で細胞移動を誘導することで，細胞集団移動現象における重力ベクトル...

Extremely low-cycle fatigue tests were conducted on the Fe-15Mn-10Cr-8Ni-4Si bidirectional-TRIP (B-TRIP) steel, up to an axial total stra...

In order to clarify the orientation dependent deformation behavior of the MAX phase ceramics, compressive deformation behavior was examin...

The properties of MAX phase ceramics that possess metallic and ceramic nature are anisotropic because of their hexagonal and layered crys...

The effect of initial grain size on the flash event was examined in micro-crack healing behavior under DC electric field in fine- and coa...

In a deep-learning-based algorithm, generative adversarial networks can generate images similar to an input. Using this algorithm, an art...

Carbon nanotubes (CNTs), tubular nanostructures consisting of rolled-up graphene, are promising materials for electronic devices at nanom...

This mini-review paper presents our work on nanoarchitectonics for supercapacitors. We divide it into two categories with different appro...

We have developed a novel photoemission microscopy apparatus employing a vacuum ultraviolet laser. This setup combines photoemission elec...

Moiré superlattices consisting of two-dimensional materials have attracted immense attention because of emergent phenomena such as flat b...