Why do we have bones? What would we be like without bones? What are bones made of and how do they fit together? The answers to these questions and many others await you in this engaging exploration of the human skeletal system.

Scientists draw conclusions about the structure and behavior of dinosaurs by comparing their fossils to observations of animals living today. We will use exciting dinosaur fossil replicas and real animal artifacts and learn how to think like paleontologists!

Demonstrations with magnets and electromagnetic forces include a 3-D magnetic field view box, alnico magnets, powerful neodymium magnets, and our six-foot tall light-up motor. See how electricity can be used to make an electromagnet and how a magnet can be used to generate electricity.

Learn the main parts of a flowering plant and each part's function. Investigate flower parts in a virtual flower dissection. Then have a close-up look at plant cells and pollen viewed under a microscope lens.

How is a spaceship launched into orbit? Why do astronauts and objects in orbit float around and not feel the effects of gravity? Do Newton's Laws of Motion work even in space? Demonstrations address these questions and give your students a better idea of how objects in motion behave on Earth as well as in space.

Take a close-up virtual tour of a real cow eye to discover varioius aspects of human eye anatomy in this cow eye dissection. Explore how the components work together with the brain to allow for sight.

Learn about the physical properties of states of matter in fun demonstrations and exciting experiments using liquid nitrogen. A liquid nitrogen materials fee of $20 is required.