Skip to content
Logo for Fluid Mechanics for Life / 生命流体数理研究室
    • Top
    • Member
    • Research
      • 最近の研究から
        • 流体系の位相縮約
        • 局在生物対流
        • 昆虫飛翔と非定常渦ダイナミクス
        • 回転流体が作るパターン
      • Research Topics
        • Flying/Swimming/Transport hydrodynamics from molecules to insect
        • Free-surface deformation dynamics of rotating flow
        • Pattern formation dynamics in convections of microorganism suspensions and binary fluids
      • Awards
    • 学生さんへ
      • 卒業研究をお考えの皆さんへ
      • 大学院進学を希望する皆さんへ
      • 表彰された学生たち
    • Links
    • Biofluid Workshps
    • Media&Reviews
    • 連絡先
    • Access to Univ. / Visiting Hiroshima region
  • Top
  • Member
  • Research
    • 最近の研究から
      • 流体系の位相縮約
      • 局在生物対流
      • 昆虫飛翔と非定常渦ダイナミクス
      • 回転流体が作るパターン
    • Research Topics
      • Flying/Swimming/Transport hydrodynamics from molecules to insect
      • Free-surface deformation dynamics of rotating flow
      • Pattern formation dynamics in convections of microorganism suspensions and binary fluids
    • Awards
  • 学生さんへ
    • 卒業研究をお考えの皆さんへ
    • 大学院進学を希望する皆さんへ
    • 表彰された学生たち
  • Links
  • Biofluid Workshps
  • Media&Reviews
  • 連絡先
  • Access to Univ. / Visiting Hiroshima region

Pattern formation dynamics in convections of microorganism suspensions and binary fluids

  • Localized convection patterns and their dynamics in binary fluid and in microorganism suspension
  • Bifurcation of various convection patterns in binary fluid mixture
  • Formation process of global flow structure 

Selected Publications:

  1. Yamashita H, Kamikubo T, Muku K, Suematsu NJ, Izumi S and Iima M, “Emergence of a Euglena bioconvection spot controlled by non-uniform light”, Front. Ecol. Evol. (2023) 11:1132956. doi: 10.3389/fevo.2023.1132956
  2. E. Shoji, H. Nishimori, A. Awazu, S. Izumi and M. Iima, “Localized bioconvection patterns and their initial state dependency in Euglena gracilis in an annular container”, J. Phys. Soc. Jpn, 83 (2014) 043001 

3. T. Watanabe, M. Iima and Y. Nishiura, “A skeleton of collision dynamics — Hierarchical network structure among even-symmetric steady pulses in binary fluid convection —,“ SIAM Journal of Applied Dynamical Systems, 15 (2016) 789–806 (Open Access)

  • Paper 2 was selected as JPSJ Papers of Editors’ Choice
  • Bioconvection study appeared in “The Science News” (「科学新聞」) on 25th, Apr., 2014.
  • Bioconvection study was selected as “Outstanding Study in the Annual Meeting 2013”(「注目研究 in 年会 2013」) in the annual meeting of JSFM (The Japan Society of Fluid Mechanics) 2013; also selected as “Outstanding Study in the Annual Meeting 2014”(「注目研究 in 年会 2014」) in the annual meeting of JSFM (The Japan Society of Fluid Mechanics) 2014

 
  • 円盤からの翼端渦
  • 円盤周りの流れ
  • 一様流中の2円柱の同位相同期
  • 直進するミドリムシ周りの流れ
  • 山下特任助教の研究が「ながれ」表紙になりました

論文出版

ミドリムシ局在生物対流が光で制御できるという論文です! https://t.co/lCzPo7EOAU

— 生命流体数理研究室@広島大 (@ForFluid) February 27, 2026

教科書出版

学術変革A「ジオラマ行動力学」でまとめた教科書が出版されました!書評はこちら https://t.co/OeUoiR9yiE https://t.co/MGVU7LeKR8

— 生命流体数理研究室@広島大 (@ForFluid) February 27, 2026

Oxford-Japan Symposium

Symposium ‘Oxford-Japan Symposium on Cell Behaviors in Simple to Complex Environments’ held at the Mathematical Institute, University of Oxford, with the Wolfson Centre for Mathematical Biology at the Mathematical Institute (22–26 September 2025)! https://t.co/ePPJ0Eooup

— 生命流体数理研究室@広島大 (@ForFluid) December 4, 2025

Powered by Lectura Lite

Copyright © 2026 Fluid Mechanics for Life / 生命流体数理研究室