Workshop Descriptions

2019 Boys Science Exploration Workshops

Group 1

Food is Fuel and Munch, Munch More! | Margaret Maher, Ph.D., Biology
Our bodies are like engines that use fuel to do work. Just like the gas we put in our cars, the food we eat is fuel for our bodies. Food also contains many chemicals and chemical properties that can be exploited to improve taste, texture, and nutrition. We will investigate the science of food with some yummy (and not-so-yummy) experiments and explore ways to optimize your engine's fuel efficiency!

It's Electric! | Jennifer Docktor, Ph.D., Physics
Explore the science of electricity by making objects move without touching them, building circuits with light bulbs and motors, and making an electromagnet. It will be a hair-raising experience!

Group 2

Making Nylon and Polystyrene: The reactions that keep going, and going, and going… | Nick McGrath, Ph.D., Chemistry and Biochemistry
Polymers like nylon and polystyrene are found in everything that we use every day from the clothes that we wear to the plastic in the water bottles that we drink from. Each type of polymer is designed to have properties that match their use. You wouldn’t want to wear clothes made up of hard plastics like in water bottles and you wouldn’t want your laptop case to be made of a soft polymer like nylon. In this workshop, we will be making two very different polymers with drastically different properties. We will also have a contest to see who can make the longest single strand of nylon.

Cracking the Code: the Amazing Story of DNA! | Basudeb Bhattacharyya, Ph.D., and Kelly Gorres, Ph.D., Chemistry and Biochemistry
What story consists of 3,000,000,000 letters, yet only has words made from 4 unique letters? Why it’s the story of YOU! In this hands-on workshop, we will explore the biological and chemical nature of these letters, otherwise known as DNA. Come learn about this amazing molecule that makes us who we are!

Reaction Time! | Heidi Masters, Ph.D., Educational Studies
What type of reaction was that? Come explore what new substances you can create by combining two or more substances together. You will be in awe of your new creations. Students will be exploring various properties of chemical reactions.

Group 3

Crime Scene Investigation: The Case of Jason Worth | Fay Ellis, M.S., Biology
A missing heir, Jason Worth, comes from a world of money, power and mystery. Use the skills of a forensic scientist to discover who kidnapped Jason Worth by analyzing blood samples, finger prints and other evidence to solve the crime.

Roller Coasters | Seth King, Ph.D., Physics
Have you ever wondered how a roller coaster can go upside down or make a barrel roll? Why does the start hill have to be so high above the ground? In this program you will learn about the scientific principles that govern roller coaster design, and use them to build your own model roller coaster!

Group 4

Talking to Computers: How the Internet Works | Smantha Foley, Ph.D., Computer Science
Computers need special languages and infrastructure to communicate across the Internet. How do computers talk to other computers across the world? What does it take to make a language that can be understood by someone on the other side of the Internet? In this workshop, we will learn how the Internet works and how messages are sent across the world.
We will also work on our own language for communicating across the Internet and practice sending messages to our friends.

Get Exposed to Applications of Elementary Number Theory in Cryptography | Huiya Yan, Ph.D., Mathematics
Do your parents check your cellphone to oversee your text messages? If so, we can use cipher texts instead. They would never figure them out. Let’s study some cryptography and you will see numbers are so cool!

Making Bones Speak | Connie Arzigian, Ph.D., Archaeology/Anthropology
Ever wondered how scientists identify someone just from their bones?  In this workshop, we’ll look at some (replica) human bones that were found in the woods. We’ll figure out the sex, age, height, and ancestry of the person, to help identify the remains for the police, and see how forensic scientists work.