I have recently begun the research on the impact of phosphorus on the origins of life. I have been collaborating with researchers in astronomy, planetary science, chemistry, and biology whom I met at a networking event for young researchers, with the goal of clarifying “How and why life on Earth began to use phosphorus, which has a low abundance in the solar system.” We organized workshops on phosphorus with the origins of life.

I’m conducting laboratory experiments that simulate early Earth environments to elucidate the process of the chemical evolution of phosphorus from inorganic minerals to organophosphorus compounds, which are building blocks for life. Furthermore, to verify the existence of phosphorus in other planets, I am experimentally investigating the chemical evolution of phosphorus in the oceans of icy bodies, where the possibility of life has been debated.

The high-pressure and high-temperature experiments I am involved in require me to create some of the parts, such as gaskets and metallic capsules, by myself. As I work on these tasks, which also serve as preparation for the experiments, I find it to be a welcome change of pace, and it often leads to the emergence of good ideas. Alternatively, I take a walk around the Hokkaido University campus as a change of pace, temporarily forgetting about tasks and refreshing my mind.