Daniela Parker
Papers
1
Total Citations
33
H-Index
1
About
Daniela Parker is a pioneer in the emerging field of biohybrid systems, where living organisms are seamlessly integrated with electronic materials. Her most influential work centers on creating functional plant-electronics hybrids, a research area that bridges materials science, plant biology, and sustainable technology. In her landmark 2021 study, Parker demonstrated a groundbreaking method for growing electronic components directly inside living plant roots through *in vivo* polymerization of conjugated oligomers. This technique produced stable, conductive p(ETE-S) roots that remained functional for four weeks while the plant continued to grow naturally. Her major contribution was proving that plants can adapt to electronic functionalization without adverse effects, opening new possibilities for living, self-sustaining devices. Parker’s biohybrid roots were used to construct supercapacitors that outperformed all previous plant-based charge storage demonstrations, showcasing the practical potential of her approach. With over 33 citations for this seminal paper, her work has rapidly influenced researchers exploring green electronics, biocomputing, and sustainable energy storage. Parker’s innovative vision of merging life with technology continues to inspire new directions in bioelectronics and ecological engineering.
Research Focus
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Top Papers
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