Session Details
[17p-WL1_401-1~8]New Frontiers in Non-equilibrium Materials Unlocked by Spacetime Commutativity
Tue. Mar 17, 2026 1:30 PM - 5:20 PM JST
Tue. Mar 17, 2026 4:30 AM - 8:20 AM UTC
Tue. Mar 17, 2026 4:30 AM - 8:20 AM UTC
WL1_401 (West Lecture Bldg. 1)
Chair : Hiroki Taniguchi(Nagoya University), Koji Kimura(Nagoya Institute of Technology), Ryo Tamura(NIMS), Toru Wakihara(The University of Tokyo)
This symposium focuses on non-equilibrium materials situated between "perfectly ordered crystals" and "completely disordered amorphouses". We will explore the complex properties governed by kinetic factors—such as synthesis rates and thermal history—through the lens of "Spacetime Commutativity". By utilizing the correlation between temporal evolution and spatial distribution of atoms, we aim to establish a new scientific principle for the rational design and analysis of glass and other non-equilibrium materials.
[17p-WL1_401-1]Opening: Exploring new horizons in nonequilibrium materials through the relationship between spatial and temporal information.
〇Ryo Tamura1 (1.NIMS)
[17p-WL1_401-2]Decoding Temporal Dynamics from Spatial Landscape: Examples from Iron Corrosion and Somen Noodles
〇Yuki Takayama1 (1.Tohoku Univ.)
[17p-WL1_401-3]Temporal and/or Spatial Symmetry Breaking in the Formation of Pre-Nuclei Observed by Fluid Reaction Transmission Electron Microscopy
〇Yuki Kimura1 (1.Hokkaido Univ.)
[17p-WL1_401-4]Heterogeneous Dynamics Observed Using Coherent X-ray Scattering
〇Taiki Hoshino1 (1.Tohoku Univ. SRIS)
[17p-WL1_401-5]Machine Learning the Dynamics of Glasses
〇Hayato Shiba1 (1.University of Hyogo)
[17p-WL1_401-6]For Detecting Dielectric Breakdown of Ceramics
〇Taro Kuwano1, Masanori Inaba1 (1.Science Tokyo)