Mark E. Newton
Papers
2
Total Citations
122
H-Index
2
About
Mark E. Newton is a leading figure in the field of functional polymer composites, with a particular focus on conductive networks and their transformative electrical properties. His research has fundamentally advanced the understanding of positive temperature coefficient (PTC) behavior, demonstrating how conductive networks within polymer matrices can be engineered to create smart, self-regulating materials. Newton’s most-cited work, "The effect of conductive network on positive temperature coefficient behaviour in conductive polymer composites" (2020, 66 citations), provides a foundational framework for controlling electrical resistance with temperature. He further extended this concept into practical applications with his highly influential paper "Universal Control on Pyroresistive Behavior of Flexible Self‐Regulating Heating Devices" (2017, 56 citations), which introduced a universal strategy for designing flexible heaters that autonomously regulate their temperature without external controls. This breakthrough has profound implications for healthcare, soft robotics, and smart buildings, where reliable, efficient, and flexible heating is critical. Newton’s work bridges fundamental materials science with real-world device engineering, establishing him as a key innovator in pyroresistive and self-regulating technologies.
Research Focus
Key Achievements
Top Papers
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