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Open Science

·2 mins

We will widely share the results obtained in this research area.

Open Software #

  • Inference Method to Analyze Area Expansion Rate Distribution in Biological Systems (Inoue Lab) git clone

  • Cell-center-based model for simulating 3D sheet morphogenesis (Inoue Lab) git clone

  • Folding pattern formation by Swift-Hohenberg model (Inoue Lab) git clone

  • Shell Shape Generator (Windows version) (Kondo Lab) Apps

  • Shell Shape Generator (Kondo Lab) Apps

  • fineCells (Inoue Lab) git clone

  • bDynamics (Inoue Lab) git clone

  • Vertex model (Inoue Lab) git clone

  • Wrinkle unfolding simulator (Kondo Lab) git clone

  • Fold it! (Inoue Lab) play

Publication of Research Results #

Research on Larvaceans #

  • [Amami TV x Kagoshima University] Building the house of a larvacean (Broadcast 2/13, Konuma Lab) YouTube

  • [Amami TV x Kagoshima University] The small chordate, the larvacean (Broadcast 2/6, Konuma Lab) YouTube

Research on Stag and Rhinoceros Beetles #

  • [Stag Beetle] Stronger than a rhino beetle? Since when have they existed? A researcher studying at the genetic level | AbemaPrime YouTube

Shell Simulator #

  • This is the app experienced by visitors to Science Agora 2022 (November 5-6, 2022). (Kondo Lab) Apps

Tutorials #

  • Open Software Development using WebAssembly (Akiyama Lab) YouTube

  • Introduction to Mathematical Modeling (Akiyama Lab) *The website is under reconstruction due to a site move. YouTube

Educational Materials #

  • Introduction to Mathematical Modeling (Akiyama Lab) Available for download from the homepage. ・Lecture materials on mathematical modeling ・Materials for self-study Homepage