Welcome

    Anjana Rajkumar Kammal and Charles Lomba at work
    Diving for sponges
    Lauren Mellenthin at work
    Giant Clam
Alison Sweeney, associate professor of ecology and evolutionary biology and of physics, focuses on the mechanisms by which novel materials arise in natural evolution, and the mechanisms by which evolution finds novel routes to self-assembly. Recent examples of this include work on self-assembly of gradient-index lenses in squids, and micron-scale surface textures in pollen. A recent Science Friday short film on their work provides a nice introduction to her program: https://www.sciencefriday.com/videos/a-squids-eye-view/
 

News

August 28, 2024
Charles Lomba, graduate student, was one of fifteen awardees of the Margaret C. Etter Student Lecturer Award presented by the American Crystallographic Association (ACA)....
August 21, 2024
Yale experimental physicist Alison Sweeney will receive $1.25 million to fund her research that might lead to innovations in optics and solar technology. In her research,...
July 1, 2024
In a new study, Yale researcher Alison Sweeney found that giant clams in the Western Pacific may be the most efficient solar energy system on the planet. Solar panel and...