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Calls from Laboratories for the Academic Year 2025
This page provides application information for each research laboratory/office available under the project-based track.
Review the details and find a laboratory that matches your interests and skills.
Please note that applications are exclusively open to students from our partner universities. Partner universities will announce the application details to their students when the application period begins.

We investigate nutrient and material cycles in watersheds to support resilient water, urban, and coastal environments.

By analyzing borehole core samples, we examine the transitions in rock properties from the unweathered sections deep underground to the weathered sections near the surface.

We investigate the transport and biogeochemical processes of nutrients and geologically derived substances from land to the coastal sea, as well as their effects on coastal blue carbon ecosystems, such as seagrass and seaweed beds.

We study the impact of human activities on water and nutrient cycling through field investigations and laboratory experiments, aiming to contribute to the realization of a sustainable watershed society.

We study the tectonic evolution of the continental crust using geological, petrological, geochronological, and geochemical techniques.

We are analyzing the structure and formation of organelles specific to cancer cells, as well as their transcripts, from the perspectives of cell biology, molecular biology, and bioinformatics. We are exploring possible applications of these findings into anticancer agents and diagnostic technologies.

We investigate the responses of microtubule-based structures to extracellular stimuli.
Keywords: cilia & flagella, centrosome, tubulin post-translational modifications, genome editing, proteomics, stress response

In this project, applicants will work on our simulation setups to develop new control algorithms for teleoperated bipedal robots. The control techniques developed through this project are expected to be useful for heavy-duty robots such as those working in construction sites and hazardous environments.

See our HP (https://mdl.hiroshima-u.ac.jp/muramatsu/en/index_en.html).
If you plan to incorporate the outcomes of your research in our laboratory into your graduation thesis at your university, please inform me before deciding your research theme. Your research theme will be one of our research projects: periodic/aperiodic separation technologies, mobile quad-arm robots, and physical human-robot interaction. It will be decided based on your interests, the status of our research projects, and your participation plan.
Past Calls from Research Laboratories/ Offices
No past calls to show here