Dalton Chasser

Papers

Total Citations

H-Index

About

Dalton Chasser is a materials scientist whose research centers on the scalable fabrication of multifunctional composites, with a particular focus on achieving both high electrical conductivity and mechanical elasticity. His most-cited work, “Spray-Processed Composites with High Conductivity and Elasticity” (2018, 13 citations), introduces an innovative solution-based approach that combines solution blow spinning of nonwoven polymer fiber mats with controlled silver nanoparticle nucleation. This multistep method enables exceptionally high nanoparticle loading, yielding composites that maintain robust conductivity under significant deformation—a critical advance for stretchable electronics and wearable sensors. Beyond this foundational contribution, Chasser’s broader portfolio explores the intersection of processing science and material performance, aiming to translate laboratory-scale innovations into industrially viable routes. His work is distinguished by its emphasis on practical, spray-based fabrication techniques that circumvent the limitations of traditional lithography or vacuum deposition. For students and researchers interested in the design of flexible, conductive materials, Chasser’s research offers a compelling blueprint for marrying polymer engineering with nanomaterial assembly, demonstrating how careful control of microstructure can unlock new property combinations for next-generation devices.