ESP Biography

Would you drink black water? Clear Pepsi? How about using pink butter or green ketchup? Believe it or not, these products actually existed, and not that long ago either. But there is a reason these food fads did not last. Consumers prefer that the color of food matches its flavor. Through a series of hands-on activities, this class will investigate the chemistry of food colorings, giving students the chance to understand how both natural and artificial dyes are used in what they eat and drink every day.

O H , S Na P! Something’s gone wrong in the Stanford chemistry labs! We can’t find our beloved Professor Gen Hydro and there’s evidence everywhere of trickery afoot. We need your help! You have 50 minutes to find out what’s happened before the culprit strikes again. You will solve a series of chemistry-related problems to identify the perpetrator. Once you have eliminated the impossible, whatever remains, however improbable, must be the truth.

What is slime, and why is it slimy? In this hands-on, interactive class, we'll teach you everything you need to know about the science of slime--from non-Newtonian fluid dynamics to cross-linking chemistry. Join us! We'll make sure you leave the class with some insta-worthy slime!

How do batteries work? Let's look inside to see what materials they use and how that lets them power our devices such as smartphones, laptops, cars, and scooters. We'll talk about the limits and future of batteries as well as how they're made. We'll build simple batteries in class out of different materials.