Observe how a superhydrophobic multifunctional glass surface resists fogging, glare, and self cleans

Observe how a superhydrophobic multifunctional glass surface resists fogging, glare, and self cleans

Observe how a superhydrophobic multifunctional glass surface resists fogging, glare, and self cleans

Examining a superhydrophobic glass surface that resists fog and glare and is self-cleaning.

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Observe how a superhydrophobic multifunctional glass surface resists fogging, glare, and self cleans
Take a historical and architectural tour inside the Wright brothers' wind tunnel on the campus of the Massachusetts Institute of Technology
scientific glassblowing
Understand how researchers are creating wrinkled surfaces with precise sizes and controlled patterns for use in various structures
Discover the development of an elastic surface with arrays of micropillars, capable of controlling the direction of the liquid, or influence the optical patterns on its surface
Understand refraction and why the speed of light changes when it travels through glass

$Understand refraction and why the speed of light changes when it travels through glass$
Know about the MIT Laboratory for Chocolate Science dedicated to the science, history, politics, and economics of chocolate
How are old bottles recycled into new ones?
Know about the ballroom dance club at Massachusetts Institute of Technology