You may know that at the atomic level of the universe, there is enormous uncertainty. Tiny electrons move in chaotic ways. On a slightly larger scale, it is impossible to predict the motion of a water molecule. Yet the water in your glass seems totally predictable. This is crucial since life depends upon predictable properties of water. How do scientists reconcile the chaotic unpredictability of the atomic world with the remarkable consistency of the world required for life? We will explore the world of atoms and molecules using free, online computer simulation tools.

You may know that at the atomic level of the universe, there is enormous uncertainty. Tiny electrons move in chaotic ways. On a slightly larger scale, it is impossible to predict the motion of a water molecule. Yet the water in your glass seems totally predictable. This is crucial since life depends upon predictable properties of water. How do scientists reconcile the chaotic unpredictability of the atomic world with the remarkable consistency of the world required for life? We will explore the world of atoms and molecules using free, online computer simulation tools.

Are any animals gay?! Do you think the diversity of sexuality exists in animals other than humans? As it turns out, it absolutely does, but it has been hard to discover and describe. In this class we will explore examples of behavioral and sexual diversity in animals and use this to understand the role of assumptions and models in science. We will think about how and why different scientific themes get overemphasized in scientific research and education. For example, think about the last nature documentary you watched: how often did you see animals competing vs. cooperating?

Are any animals gay?! Do you think the diversity of sexuality exists in animals other than humans? As it turns out, it absolutely does, but it has been hard to discover and describe. In this class we will explore examples of behavioral and sexual diversity in animals and use this to understand the role of assumptions and models in science. We will think about how and why different scientific themes get overemphasized in scientific research and education. For example, think about the last nature documentary you watched: how often did you see animals competing vs. cooperating?

How does spending time around birch trees reduce rates of anxiety and depression? How do urban forests help lower the prevalence of childhood asthma in cities? In this course, we will explore the connection between the environment and our health. See what science has to say about how our environment influences our health and how we can manage chronic conditions including asthma, high blood pressure, and anxiety by taking advantage of the ecosystem services nature has to offer!

How does spending time around birch trees reduce rates of anxiety and depression? How do urban forests help lower the prevalence of childhood asthma in cities? In this course, we will explore the connection between the environment and our health. See what science has to say about how our environment influences our health and how we can manage chronic conditions including asthma, high blood pressure, and anxiety by taking advantage of the ecosystem services nature has to offer!

How does spending time around birch trees reduce rates of anxiety and depression? How do urban forests help lower the prevalence of childhood asthma in cities? In this course, we will explore the connection between the environment and our health. See what science has to say about how our environment influences our health and how we can manage chronic conditions including asthma, high blood pressure, and anxiety by taking advantage of the ecosystem services nature has to offer!

Do you want to try a worm burger with algae smoothies in your lunchbox? How about bubble gum that contains a whole dinner's worth of nutrients? The world is changing. In this class, we will learn about fundamental principles of nutrition and how new ideas are expanding what we consider "food." We will learn how new food products are generated and you will design your new go-to snack! Join us to enjoy a fantastic journey on the dinner table and in the snack drawer.

Do you want to try a worm burger with algae smoothies in your lunchbox? How about bubble gum that contains a whole dinner's worth of nutrients? The world is changing. In this class, we will learn about fundamental principles of nutrition and how new ideas are expanding what we consider "food." We will learn how new food products are generated and you will design your new go-to snack! Join us to enjoy a fantastic journey on the dinner table and in the snack drawer.

Do you want to try a worm burger with algae smoothies in your lunchbox? How about bubble gum that contains a whole dinner's worth of nutrients? The world is changing. In this class, we will learn about fundamental principles of nutrition and how new ideas are expanding what we consider "food." We will learn how new food products are generated and you will design your new go-to snack! Join us to enjoy a fantastic journey on the dinner table and in the snack drawer.