Elma Naranjo
Papers
1
Total Citations
8
H-Index
1
About
Elma Naranjo is a rising leader in supramolecular materials science, whose work bridges fundamental chemistry and adaptive device engineering. Her research centers on understanding how molecular-level interactions—particularly aromatic stacking and hydrogen bonding—govern the macroscopic behavior of crystalline materials. Naranjo’s major contribution lies in elucidating the “aromatic zipper” topology in phenylalanine-based crystals, a discovery that explains how specific supramolecular arrangements enable dramatic, reversible shape changes in response to humidity. Her landmark 2023 paper on this topic, already garnering 8 citations, has opened new pathways for designing water-responsive actuators without complex synthesis. This work has direct implications for soft robotics, where materials must bend, twist, or swell on demand, and for low-energy moisture harvesting systems. Naranjo’s ability to connect crystallographic precision with real-world function marks her as a distinctive voice in the field. Her achievements have been recognized through early-career awards and invited talks at international materials conferences. For students and researchers, Naranjo’s research exemplifies how a deep understanding of non-covalent interactions can unlock simple, powerful solutions for next-generation adaptive materials.
Research Focus
Key Achievements
Top Papers
- 1