Amanda Eklund
Papers
2
Total Citations
142
H-Index
2
About
Amanda Eklund is pioneering the frontier of bioinspired soft materials, with a focus on creating synthetic hydrogels that mimic the dynamic, out-of-equilibrium behaviors of living systems. Her major contributions lie in two groundbreaking areas: feedback-controlled hydrogels and switchable underwater adhesion. In her highly cited 2022 work (87 citations), she demonstrated hydrogels capable of homeostatic oscillations and dissipative signal transduction—a feat that brings synthetic materials closer to the complex, adaptive responses of biological tissues. This research challenges conventional equilibrium-based design, opening new pathways for autonomous, self-regulating materials. Complementing this, her 2023 study (55 citations) introduced a highly efficient switchable underwater adhesive using channeled hydrogel networks, overcoming the persistent challenge of water interference in wet environments. By integrating a robust switching mechanism, this work offers transformative potential for biomedical adhesives and soft robotics. Eklund’s achievements are notable for bridging fundamental principles of non-equilibrium thermodynamics with practical, application-driven material design. Her work not only advances the field of dissipative systems but also inspires new generations of researchers to explore how synthetic materials can learn from life’s dynamic complexity.
Research Focus
Key Achievements
Top Papers
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