As a Schmidt Science Fellow, Qing will explore a new way to produce nitrogen-based fertilizers without the high energy use and pollution associated with traditional methods, which rely on high temperatures and high pressures.
Qing’s method will use physical forces such as vibration, light, and sound to create highly reactive particles that can break apart nitrogen from the air, turning it into useful forms.
The aim of Qing’s research is to design a small, efficient, modular nitrogen-fixation system that works under normal conditions, supports low-carbon agriculture, and helps reduce reliance on fossil-fuel-based fertilizers worldwide. The approach aims to reduce global emissions and to support more sustainable, accessible food production.
Qing will pivot from Electrocatalysis to Physical Engineering