MEDIA GALLERY

Small, self-propelled bromooctane droplets chase ethyl nonafluorobutyl ether droplets in Triton X-100 solution. Non-equilibrium self organization gives rise to clusters exhibiting different behaviors. Nature Chemistry 2020.

Bromooctane droplets chase ethyl nonafluorobutyl ether droplets in Triton X-100 surfactant solution. Nature Chemistry, 2020

Structural color is created when a clear high refractive index liquid is placed into low refractive index microwells. ACS Materials Letters 2020, 2, 754–763.

STRUCTURAL COLOR: Nate and Sam visit Lauren Zarzar, assistant professor of chemistry at Penn State, to talk about color and a cool kitchen science experiment. Where does color come from and what makes things like opals and butterfly wings iridescent? Links to Lauren's work: - @LaurenZarzar on Twitter - https://twitter.com/LaurenZarzar - Lauren's Website - http://www.zarzarlab.com Links to the Eberly College of Science: - Eberly College of Science Facebook - https://www.facebook.com/PennStateScience - Eberly College of Science Twitter - https://twitter.com/PSUScience - Eberly College of Science Instagram - https://www.instagram.com/pennstatescience - Eberly College of Science Website - http://science.psu.edu/ Find us on your favorite Podcast services: http://HIGAQAT.buzzsprout.com

Water condensing on the lid of a Petri dish displays iridescent color. Nature, 2019

Janus biphasic oil droplets in water display iridescence. A half ping-pong ball is used to visualize the angular color distribution. Nature, 2019

Amy Goodling discusses her research on structural color

Descriptive video of how structural color is generated from multiple total internal reflections at concave interfaces. Nature, 2019

Biphasic oil droplets display iridescence when illuminated with white light and viewed from different directions. Nature 2019