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Alon Gorodetsky

Alon Gorodetsky shows off the adaptive heat-managing composite material his lab developed that is nicknamed after its inspiration: squid skin.

Squid skin-inspired material a game changer

Alon Gorodetsky’s lab creates wrappable substance with amazing insulation properties – and potential commercial use

Gorodetsky Wins NIH Director’s New Innovator Award

Grant supports novel cell-to-cell communication technology

Squid skin inspires creation of next-generation space blanket

UCI engineers develop material with heat regulation properties

Associate Professor of Chemical Engineering & Materials Science Alon Gorodetsky and grad student Chengyi X

Now you see it: Invisibility material created by UCI engineers

Based on fictional dinosaurs and squid, technology could protect soldiers and structures

Gorodetsky receives Young Faculty Award from DARPA

­The Defense Advanced Research Projects Agency has granted UCI materials engineer Alon Gorodetsky a Young Faculty Award in support of his work to create smart fabrics for soldiers. The assistant professor of chemical engineering & materials science is one of 27 researchers nationwide to receive the prestigious award. Gorodetsky studies the adaptive properties of squid skin. He […]

UCI materials engineer wins Presidential Early Career Award

President Barack Obama has named UCI’s Alon Gorodetsky as one of 105 new recipients of the prestigious Presidential Early Career Award, the highest honor bestowed by the U.S. government on science and engineering professionals in the early stages of their careers. Recognition of the assistant professor of chemical engineering & materials science comes with a […]

UCI scientists partner with Under Armour to create squidlike fabric for self-regulating thermal comfort

With a $2.8 million grant, UCI assistant professor of chemical engineering & materials science Alon Gorodetsky and colleagues are working with Under Armour to create a fabric based on the adaptive principles of squid skin that will enable wearers to regulate their own temperature.