What does real space physics have in common with a galaxy far, far away? More than you might think. In this video, Vernier physics experts Josh Ence and Fran Poodry explore the physics behind some of the universe’s most compelling phenomena (on and off screen), using hands-on sensor investigations and video analysis that students can experience in the classroom.
From simulating exoplanet detection to analyzing the speed of blaster bolts, these investigations connect physics concepts to the kind of exploration that makes students genuinely curious about what’s out there.
You will
- Simulate the transit method of exoplanet detection using light intensity data from the Go Direct® Light and Color Sensor
- Use Vernier Video Analysis® to calculate the speed of blaster bolts from popular sci-fi movies, connecting kinematics to pop culture (inspired by physicist Rhett Allain’s real calculations)
- Demonstrate free fall and microgravity with the Go Direct Acceleration Sensor, dropping a sensor and camera inside a crash box to capture the physics of a falling spacecraft
- Explore conservation of angular momentum through a hovercraft investigation, using gyroscope data to model how real spacecraft reorient in orbit
Perfect for physics, earth science, and physical science educators who like their physics accurate and their examples out of this world!
