Nuclear Astrophysics
Where were the elements made? Over the last 14 billion years, nuclear reactions such as fusion, fragmentation, and radioactive decay have created dramatic change. The fundamental nature of the atomic nucleus has driven the chemical evolution of the universe and the energy cycle in stars. This course, sponsored by MSU’s world-class Facility for Rare Isotope Beams (FRIB), will pull back the curtain on nuclear research and careers!
Euclid's Elements
In this class we’ll delve into the foundational geometric constructions presented in Euclid’s Elements. Students will engage in hands-on learning by utilizing a compass and straightedge to accurately create geometric shapes, enhancing their understanding of classical geometry. Through this exploration, learners will gain insights into the principles that have shaped mathematical thought for centuries.
Michigan Herpetology: Snakes, Turtles, Frogs, and Salamanders Up Close!
Step into the wild world of Michigan's reptiles and amphibians with this hands-on herpetology adventure! Over the course of this week-long class, students will meet and interact with live, state-native reptiles and amphibians, gaining a deeper understanding of these fascinating creatures. Each day will focus on a different order—snakes, turtles, frogs, and salamanders—and give students the opportunity to observe and, in some cases, handle live specimens in a safe, controlled environment. From the slithering mystery of snakes to the hopping wonders of frogs, students will discover how these animals live, thrive, and contribute to Michigan’s ecosystems.
Neuroscience: Unlocking the Brain
A captivating class designed for students with a deep curiosity about the brain, the most complex and powerful organ in the human body. In this class, students will delve into the fascinating field of neuroscience, studying the brain’s structure, the behavior of neurons, and the ways the brain controls everything from our thoughts to our actions.
Through hands-on experiments, engaging discussions, and interactive lessons, students will uncover how the brain processes information, controls behavior, and adapts to new experiences. They will explore the functions of the brain’s various parts, understand how neurons communicate, and dive into the mysteries that scientists are still trying to solve about the brain’s workings. The class will also include a live brain dissection, offering a unique and insightful look into the structure of the brain.
Schedule:
Monday-The Structure and Functions of the Brain:
- Major Parts of the Brain: Students will learn about the brain's key components, including the cerebrum, cerebellum, brainstem, and limbic system. They will explore the role of each area in controlling cognitive functions like thinking, movement, memory, emotions, and autonomic functions such as breathing and heart rate.
Tuesday-Understanding Neurons and Communication:
- What Are Neurons? Students will explore the structure and function of neurons, the brain's primary cells responsible for transmitting information. They will learn how neurons communicate through electrical impulses and neurotransmitters, and how the brain processes signals to control actions and thoughts.
Wednesday-Brain and Behavior:
- Memory and Learning: Students will examine how the brain processes, stores, and retrieves memories, from short-term memory to long-term memory.
- Emotion and Decision-Making: Students will discuss how the brain processes emotions and influences decision-making.
Thursday-Hands-On Activities and Live Brain Dissection:
- Interactive Brain Models and Simulations: Using 3D brain models and interactive simulations, students will visualize and manipulate the brain’s structure and its functions, gaining a deeper understanding of its complexity.
- Live Brain Dissection: Students will witness a live brain dissection to understand the brain’s anatomy up close.
Friday-What Did We Learn and What Do We Know and Don’t Know About the Brain:
- Brain Mysteries: Students will dive into some of the big questions scientists are still trying to answer about the brain, such as how consciousness works, why we dream, and how memories are formed. They will discuss the ongoing research and future discoveries that might help us unlock the full potential of understanding the brain.