Observed arrival · 2026-09-03
Brochosome Research: Nature Already Solved Invisibility
A USMA research project explores synthetic metamaterials modeled on the microscopic geometry of leafhopper brochosomes.
Field notes
The project translates a leafhopper’s ultraviolet-scattering surface geometry into a proposed synthetic metamaterial, using Mie scattering as its central mechanism rather than color matching or active electronics. The page identifies Macrosteles fascifrons, describes the work as passive and terrain-independent, and lists a USMA team with physics and electrical-engineering affiliations. Supporting material includes an IEEE RAPID submission, a 2026 conference submission, a presentation, and linked journal references.
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