分科会「運動論方程式，流体力学とその周辺」（第11回）

日時：	2019年12月19日（木）16:15-17:15
場所：	京都大学 桂キャンパスCクラスタ総合研究棟III（C3棟）3階　b3n03室（航空宇宙工学専攻会議室）
講演：	Solid-state physics of glasses
	Hideyuki Mizuno, PhD (Graduate School of Arts and Sciences, The University of Tokyo, Japan) 水野　英如　助教　（東京大学 大学院総合文化研究科 広域科学専攻）
要旨：	In our lives, there are two types of solid-states materials. One is crystals, and the other is noncrystalline, glasses. We already have a good level of understanding of crystals. Their thermal and transport properties can be described in terms of phonons; their heat capacity and thermal conductivity are well described by the Debye theory and the phonon-gas theory, respectively. By contrast, we have only a limited understanding of glasses that exhibit fundamentally different properties from those of crystals. Because glasses are materials commonly encountered in our daily lives and are widely employed in modern technologies (examples include silicate glasses, metallic glasses, plastic materials, ceramics, and many other rigid, disordered materials), their understanding is crucial not only in physics and materials science but also in engineering. In this seminar, I would introduce the latest progress in understanding of glasses.