Sen Chen

Nanjing University of Aeronautics and Astronautics

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About

Sen Chen is an emerging researcher at the frontier of advanced materials science, with a specialization in liquid metal systems and neuromorphic computing. His most notable contribution centers on the groundbreaking development of the world's first erasable liquid metal memory, published in *Advanced Materials* in 2024. This pioneering work leverages electrochemical reversible oxidation and reduction principles to modulate the conductivity of liquid metals, enabling memory behavior that remarkably mimics biological neural processes — specifically the polarization and depolarization mechanisms observed in brain neurons. By translating these biologically inspired dynamics into solution-based systems, Chen's research bridges the gap between materials engineering and neuromorphic architecture, opening exciting new pathways for soft, adaptive computing devices. Although his work is in its early citation stages, with 3 citations reflecting the recency of this publication, the conceptual novelty and technical sophistication of erasable liquid metal memory position it as a potentially transformative contribution to the fields of flexible electronics and brain-inspired computing. Researchers working in smart materials, bioelectronics, or next-generation memory technologies will find Chen's work an essential and inspiring reference point.