10 November 2016 3 2K Report

It seems the Foucault Pendulum experiment hasn't been changed much after it was firstly introduced in 1851 as a simple proof of Earth's self-rotation.

So, I was pondering whether modern science could do something to perfect this beautiful experiment. As many Museum has electromagnetic incorporated to keep the bob swinging, I'm considering why not just let the bob statically float above that magnetic base instead of swinging around? Magnetic Levitation is a way to realize it.

The idea is pretty simple: The bob floating above the magnetic base rotating with Earth could have a relative movement with the Earth, also proving the self-rotation of Earth.

Many videos about this experiment could be found on youtube, for example, https://www.youtube.com/watch?v=g4lW7xydnH8

But I also have a concern: Would the rotating magnetic field (produced from levitation base) affect the suspended object above it if that magnetic field is inhomogeneous, which could produce force by cutting through the inhomogeneous magnetic force lines?

More Zhe Ren's questions See All
Similar questions and discussions