Biomimicry: Using Nature to Develop New Technologies by Noshir Pesika

Presentation Description

Nature has had approximately 3.5 billion years to evolve and come up with unique and highly efficient ways to overcome obstacles. As scientists, we can use Nature as a source of inspiration to develop new technologies, not necessarily completely replicating nature but rather using the underlying science to solve engineering problems. Throughout history, there have been many examples of how Nature has inspired new technologies. For examples, birds have inspired the design of airplanes, the way dolphins use echo-location has inspired the development of sonar, the way burdock seeds use their spiky surface to grip onto fibrous materials such as fur inspired the creation of Velcro, the way that lotus leaves repel water has inspired the fabrication of anti-wetting/staining fabrics and the structure of shark skin is currently being explored as a means to create anti-bacterial surfaces. This presentation will cover some of the ongoing research in the Pesika lab which includes the design and fabrication of reversible adhesives inspired by the gecko lizard footpad, the fabrication of ultra-low friction surfaces inspired by articular cartilage and the fabrication of water repellant surfaces inspired by the lotus leaf.

Presentation Details

Date:
11/09/2025
Time:
3:00 PM
Location:
Upstairs Theater

Presenter Biography

Noshir Pesika
The overarching theme of the Pesika lab is the development of “smart” materials; i.e., materials that have been judiciously designed (through surface chemistry or topography) to perform a function when stimulated externally or offer enhanced properties based on their design. Our research group consists primarily of experimentalists although our approach relies heavily on a fundamental understanding of the underlying physics before the development of applied “smart” materials. Examples of such materials and applications include self-healing modular panels for space and lunar missions, biomimetic directional adhesives, anisotropic catalysts with enhanced catalytic activity, novel oil dispersant formulations which prevent oil from adhering to marine surfaces, water repellant surfaces, and ultra-low friction surfaces and lubricants formulations.