Kaare H. Jensen

Papers

Total Citations

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About

Kaare H. Jensen is a physicist and engineer whose research sits at the intersection of fluid dynamics, plant biology, and soft matter physics. His work explores how fluids move through complex, living networks—from the vasculature of plants to synthetic elastohydrodynamic systems. One of his most notable contributions is the discovery of the **fluidic memristor**, a collective phenomenon in elastohydrodynamic networks that mimics the behavior of neural synapses, opening new avenues for unconventional computing and soft robotics. This work has already garnered 19 citations since its publication in 2024. Jensen has also reshaped our understanding of plant root architecture: his 2019 study revealed a **design principle of root length distribution** that optimizes water capture, challenging the prevailing genetic engineering focus on deep roots. His 2021 paper on **neural networks and robotic microneedles** introduced an autonomous method for extracting valuable plant metabolites like artemisinin, blending robotics with plant biochemistry. With a growing citation record and a knack for bridging fundamental physics with real-world applications, Jensen is a leading voice in the emerging field of living and bio-inspired fluid networks.