Jiasen Sun

Soochow University, Marquette University

Papers

Total Citations

H-Index

About

Jiasen Sun is a researcher whose work bridges environmental economics and mechanical design, with a growing focus on the intersection of artificial intelligence and sustainability. Sun’s most-cited paper, “Impact of artificial intelligence on carbon emission efficiency: evidence from China” (2023, 12 citations), examines how AI adoption influences environmental outcomes, offering critical insights into the role of emerging technologies in achieving carbon reduction targets. This work highlights Sun’s contribution to understanding the dual potential of AI—as both a driver of efficiency and a challenge to environmental policy. Earlier, Sun explored robotic end-effector design in “A handy new design paradigm” (2011, 3 citations), critiquing the over-complexity of biomimetic approaches and advocating for simpler, more robust industrial grippers suited to semi-structured environments. This paper reflects Sun’s practical engineering perspective, emphasizing functionality over mimicry. While Sun’s citation counts are modest, the breadth of their research—from AI-driven environmental analysis to mechanical design philosophy—demonstrates a versatile and thoughtful approach to technology’s real-world applications. Sun’s work is particularly relevant for students and researchers interested in sustainable innovation and the pragmatic design of automation systems.