Research theme : Plant biomechanics
The flowers and trees around us are variable in sizes and shapes. Its unique shape is thought to be an optimized morphology and structure that has survived a long evolutionary history. In our research group, we try to clarify from the viewpoint of physics how plants are shaped and how the structures of plants are mechanically superior. Further, we try to propose a new material which encloses a good function and structure in plants.
With the development of the latest experimental observation technology, it has become possible to observe microscopic gene expressions and cell shapes inside plants. On the other hand, it remains unclear how the microscopic dynamics of molecules and cells organize the macroscopic tissue structure and funtion.
We are trying to elucidate the undelying law of shapes and motions of plants by translating the experimental facts at the microscopic level into mathematical models and mechanical equations. We are also working on proposals for new functional materials and structural designs that incorporate the mechanical rationality of plants.
