Want to watch some cool chemistry and eat some cool liquid? Come join us for a delicious treat!!! Lactose-free options are available.

Want to watch some cool chemistry and eat some cool liquid? Come join us for a delicious treat!!! Lactose-free options are available.

A locked door seems secure. Right? Actually, it turns out that most locked doors can be bypassed in a variety of ways. We'll talk about some of the flaws in common door systems, give some practical demonstrations, and have you try it out for yourselves. Whether you've locked yourself out of your house or you're trying to get into your sibling's locked room, this class is for you! Disclaimer: please use your discretion as to when you apply these techniques, and always follow the law.

A locked door seems secure. Right? Actually, it turns out that most locked doors can be bypassed in a variety of ways. We'll talk about some of the flaws in common door systems, give some practical demonstrations, and have you try it out for yourselves. Whether you've locked yourself out of your house or you're trying to get into your sibling's locked room, this class is for you! Disclaimer: please use your discretion as to when you apply these techniques, and always follow the law.

Spark is run by undergraduate and graduate students at MIT. And beyond MIT, there are other similar educational programs at universities and high schools nationwide. How does it all happen, and what are some of the things behind the scenes that you don't usually get to see? Come learn about all of the intricacies that go into running a massive program like Spark and find out how you can do it too! We'll cover what goes into organizing Spark at MIT, as well as resources and next steps if you want to run something like Spark at your own school. Presented by former Spark directors :)

Do you like ice cream? Want to see it made at sub-zero temperatures right in front of you? Come to LN2 to watch (and eat) the fascinating process of instantaneous freezing caused by nitrogen that has been cooled into a liquid.

Want to watch some cool chemistry and eat some cool liquid? Come join us for a delicious treat!!! Lactose-free options are available

A locked door seems secure. Right? Actually, it turns out that most locked doors can be bypassed in a variety of ways. We'll talk about some of the flaws in common door systems and give some practical demonstrations. Whether you've locked yourself out of your house or you're trying to get into your sibling's locked room, this class is for you! Disclaimer: please use your discretion as to when you apply these techniques, and always follow the law.

A locked door seems secure. Right? Actually, it turns out that most locked doors can be bypassed in a variety of ways. Come try it out yourself at this walk-in! If you're interested in this class, we encourage you to also sign up for our class X15364 earlier in the day, where we'll talk more about the theory of bypassing doors. Disclaimer: please use your discretion as to when you apply these techniques, and always follow the law.

Come watch us use liquid nitrogen to shatter fruits and rubber balls, freeze bubbles, and levitate chalk! We’ll be making liquid nitrogen ice cream (and you can follow along at home by substituting the liquid nitrogen with salt, ice, and elbow grease). Along the way, we’ll also explain the science of liquid nitrogen and show you a bunch of cool (get it?) demos!

Have you ever wondered how languages work? How do we put together sounds into words or words into sentences? Come and learn the basics of linguistics!

Come watch us use liquid nitrogen to shatter fruits and rubber balls, freeze bubbles, and levitate chalk! We’ll be making liquid nitrogen ice cream (and you can follow along at home by substituting the liquid nitrogen with salt, ice, and elbow grease). Along the way, we’ll also explain the science of liquid nitrogen and show you a bunch of cool (get it?) demos!

We will teach you how to count! Wait, you say you already know how to count? Well, we'll teach you how to count things you didn't know how to count!

Have you seen matrices in math class but don't understand why they're taught? Or what they really are? Or why they multiply so weird? This was how I felt when I first saw them, wondering why it was decided that numbers should be arranged in a rectangle. I only knew the answers to these questions, much later, when I learned linear algebra - which I think is far later than necessary. Come learn what a matrix really is, and the truly beautiful math behind it!