Introducing the Magnetic Levitation Science Fair Kit
An easy-to-use, educational, and exhilarating showcase of magnetic levitation technology designed for both students and teachers.
This kit provides all the necessary components to explore and demonstrate the principles of maglev systems at home or in a classroom setting. With simple, clear instructions and high quality magnets, it offers an unconventional and exciting way to bring the thrill of science directly to your fingertips, perfect for igniting curiosity and fostering a love for learning at science fairs and beyond.
Assembly instructions
Follow the following steps to assemble you maglev experience:
Quantum Levitation has dazzled millions of people via major TV networks, the TED conference live and online, and in universities and schools around the world. But we haven’t just created a sophisticated demo for audiences to view; we developed our kits to be simple-to-use and highly engaging educational tools.
You Can Experiment with Quantum Levitation
It’s time to take quantum phenomena into your own hands! We designed our mini-maglev kit for whole classrooms to be able to explore circular motion. Your students can operate the kit themselves, conducting meaningful experiments like:
Circular motion – polar vs. cartesian coordinates
Circular motion – constant velocity
Harmonic motion I
Harmonic motion II – tuneable harmonic oscillator
Conservation of mechanical energy
Linear momentum conservation I
Linear momentum conservation II – plastic collisions
Each involves three straightforward steps:
1. Perform the experiment
Position the maglev track (horizontal / tilted), then lock the levitator/s on the track and prepare your smartphone camera. Record several videos of the experiment using different parameters.
2. Extract the data
Export your videos to Tracker software. Examine the recorded motion of the levitators with your students, and have them identify the relevant parameter involved (coordinates, velocity, angle, etc).
3. Analyze the data
Use Tracker, Excel, or a similar software to analyze the data you’ve collected. You can perform linear fitting, calculate energies, etc. Discuss the results with your students and enjoy a lively Q&A session about the experiment!
