Why is nobody using this inexpensive super-generator?
A system that's easy to build and generates electricity for everyone at home is promised. No fuel, no solar, wind, or hydropower. (Source 1)
Simply turn it on and generate electricity for free. What sounds like an obvious scam to many actually fascinates millions of people worldwide.
The magnetic motor, a system that's supposedly easy to build yourself if you order a kit for just under €100 or a book for €30. And yes, the experiments look really promising. So promising, in fact, that I've been approached about it several times in comments and even on the street.
In this video, we'll show you whether something like this really works! We've analyzed the physics behind the magnetic motor.
As the name suggests, the magnetic motor is based on the attractive and repulsive forces of magnets. Using only magnets, proper shielding or force distribution, and the correct arrangement of these forces, a self-sustaining circular motion should be possible without the need for external energy. (Source 1)
The idea behind it is truly ingenious. In fact, magnetism can be used to accelerate metal objects, and this is how US military weapons now work. Think railgun. (Source 2)
However, this often requires electricity. But it also works without it, as you can see here. If you arrange the magnets in a V shape, they push this metallic roller forward, for example. (Source 3)
This isn't a trick at all; anyone can test it at home with magnets. And this is precisely the phenomenon we're using.
We could build a really long V to move the roller for as long as possible, but unfortunately, the movement will eventually end.
But there's a solution for this, which even comes in handy when building a magnetic motor. You simply build a circle or a roller with the V. When you build this V around a roller, it ends at its own beginning.
Theoretically, you could build several of these Vs around a roller, but from an energy perspective, it's the same. So, as the system moves across the V-shaped curve, it accelerates.
But what happens at the transition point when the end of the V is reached? Well, this is where things get tricky. We call this a "sticky point."
This is, in a sense, a stable state for the system. Here, it can come to a standstill.
The energy released in the form of movement across the V is exactly the same as the energy required to reach the starting position.
However, if we give the magnetic motor a push, it will theoretically rotate indefinitely without friction losses. The two energy balances cancel each other out in our calculation, leaving only our push, which keeps the system rotating forever.
So, can we generate electricity this way?
Science & more: / @officialnorio
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Sources:
1: We simply don't want to promote this, sorry!
2: https://de.wikipedia.org/wiki/Railgun....
3: • 3 Amazing Magnetic Accelerators | Magnetic...
4: https://www.leifiphysik.de/elektrizit...
5: https://www.ds.mpg.de/211177/03
6: https://what-if.xkcd.com/1/
7: https://magneticshields.co.uk/technic...