Using the process of YBCO superconductors steadily levitating above a track of neodymium magnets when cooled using liquid nitrogen.
[E]
Build an Ionic Thruster like NASA Uses for Space Propulsion
[E]
Find out if the existing rail infrastructure in the United States could be changed into a rail system powered by electromagnets rather than diesel engines.
[E]
Does Temperature Affect the Strength of a Magnet on a Magnetic Levitating Train?
[E]
Determining the Effectiveness of Series vs. Parallel Augmented Design on Rail Gun Performance
[E]
Electromagnetic Propulsion System for Magnetic-Levitation Train
[E]
[E]
Make a rail gun using a homopolar motor and do different tests to see what factors affect its performance.
[E]
[E]
Build and demonstrate a levitated train (Maglev) and explain how it works.
[E]
[E]
[E]
[E]
[E]
Will Magnetic Levitation Help Reduce Friction?
[E]
[E]
Demonstrate Lenz's Law
[E]
[E]
A Self-Propelled Magnetic Levitation System for Launching Airplanes
[E]
Constructing an Inductrack Maglev
[E]
Suspend a magnet in mid-air.
[E]
[E]
Find the maximum efficiency setting of a simple magnetic linear accelerator.
[E]
Determine whether magnets could increase the momentum of rolling ball bearings in order to launch one uphill and several inches through the air.
[E]
A few magnetism experiments: magnetorheological fluids; levitating pyrolytic graphite; Gauss Rifle: a magnetic linear accelerator.
[E]
[E]
[E]
Electric Motor and Generator Science Fair Projects