Dynamo with neodymium magnets pushed at high speed

Experiments Robert33
Demonstration of two copper discs placed in an electric motor spinning another motor/dynamo without mechanical transmission. Two copper discs are inserted into the main motor. In the other secondary motor, two neodymium magnets are inserted in its axis. When the main motor reaches a certain speed, it transmits its magnetic force to the two magnets of the secondary motor, which in turn produces electricity to ignite light bulbs connected in parallel.This transmission system avoids mechanical movement and friction between the motor axes, reducing less current absorption.
Needed to replicate:
1 small 12 volt battery
2 electric motors, approximately 6-24 volts.
2 copper discs diameter, 75mm. thickness 0.8-1mm.
2 neodymium magnets, diameter 25mm. thickness 5mm.
4 LED bulbs E27 24 volts, 5 watts.
4 E27 lamp holders.
A wooden base for the engines.
A wooden base for the lamp holders.
The speed of rotation of the system is subject to the voltage that the 12 volt battery supplies to the dynamo to produce 27 volts to the bulbs, increasing the primary voltage also increases more voltage to the secondary motor and which in turn will produce more current to ignite other bulbs.
This transmission movement is not to be considered as a free energy system, but only to highlight a movement free from mechanical contact.