thinhnghiem

Yes, the two north poles of the annular magnets: the ones work as the pendulumn and the magnet outside (See my attached picture)

I have a question: When my system stops, the two north poles face each other again. Why don't the propulsion happens again to start a new period, instead of standing motionlessly? Thanks

Great, thank you very much

Dears, I am investigating a way to make a perpetual motion based on permanent magnet. Below are details: 1. Tools and facilities: a. 3 annular shape permanent magnets b. 2 tiny circle permanent magnets 2. Steps to perform: a. Paste the two annular magnets together by their south poles. Their north poles are turned out b. Then paste two tiny magnets at the two sides of the annular magnets above with the north poles are turned out to make a weight c. Tie this weight with a thread and hook up as a pendulum d. Put the north pole of the remaining annular magnet near the north pole of the 2 other ones to make the thrust 3. Operation: - By the thrust of the annular magnets, the thread is twisted and the pendulum rotates - The north pole of the tiny magnet at the side of the pendulum is faced with the north pole of the third magnet. It results in the spinning back of the pendulum. The north poles of the annular magnets face each other again. - This period repeats to make the pendulum vibrates continuously I have repeats this experiment many times. The pendulum can last its motion for a long times. However, it finally stops. I post my article here so that any reader can consult me how to improve the solution to last the motion. This is an opening discussion You can contact me in this forum, or by email: thinh_nb@yahoo.com. I will send the detail description with images. Thinh Nghiem from Vietnam