Lenz free generator

[lancaIV]

You can modelize your device with the software FEMM, it is 2D but it is very acurate.

https://www.autodesk.com/autodesk-university/de/node/112479
https://www.technologycards.net/english/the-technologies/4d-5d-and-6d-bim
https://www.google.com/search?q=real+8d+simulation&client=firefox-b-d&sxsrf=APq-WBtJ1LU8B1m4cky-iK6FMeLZGXC1vg%3A1647900298977&ei=ivY4YuSNO7yR9u8P0vWL4A4&ved=0ahUKEwjk-sf_mtj2AhW8iP0HHdL6AuwQ4dUDCA0&oq=real+8d+simulation&gs_lcp=Cgdnd3Mtd2l6EAw6BwgjELADECc6BwgAEEcQsAM6BggAEAgQHkoECEEYAEoECEYYAFD9JViUNWCqQmgBcAF4AIABc4gB3AGSAQMwLjKYAQCgAQHIAQnAAQE&sclient=gws-wiz
                                       parallel 3ccw+3cw triangulation ~ 6D        parallel 4ccw+4cw quartangulation ~ 8D

[floodrod]

hi all !   I have interesting news . I was able to detect   effect Lenz reversal   . The idea that I posted a few years ago turned out to be working     .  Of course, there is a possibility of inaccuracies in measurements and incorrect interpretation of the processes in this strange device.  But let's get to the test .
             The figure ( Reverse_Lenz_15 ) shows a device having an air coil . A plate made of transformer steel is installed on the coil . A stator magnet is mounted against the coil.  The rotor magnet acts on the steel plate with the opposite pole from the stator magnet.
             With the same movements of the rotor magnet, the electric current in the coil changes to the opposite ,  depending on whether there is a stator magnet or not . Since the direction of the current in the coil is inextricably linked with the location of the poles of this coil ,   when the current changes to the opposite, the magnetic field of the coil (Lenz) begins to contribute to the movement of the rotor magnet.
               This phenomenon suggests that we are dealing with the manifestation of free energy.

   The figure ( Reverse_Lenz_16 ) shows the device described above . I will try to add more information later.
         
    I hope this test will attract the attention of researchers who will repeat it and go further than I could.
   

   Best regards
    Boris
   
       
                   

I tried verifying this but was unsuccessful obtaining a current reversal.

I took an air coil, placed steel over it.  placed a magnet over the coil stuck to the steel.  Then passed another magnet over end of the steel.  I repeated with 2 different coils, and 3 different magnets.  When viewing on the O-scope, the current direction is the exact same as passing over the coil directly.

Any other hints to try?

[BorisKrabow]

Hi floodrod ,

                             I used a thin plate of metal taken from a transformer. This plate has a very high magnetic permeability.
This material has low losses due to eddy currents since it contains special additives.

                            The stator magnet must exceed or have the same strength as the rotor magnet.Since it is impossible to allow a change in the polarity of the magnetic field of the stator magnet to the field of the rotor magnet in the place where the coil touches.

                            I used an old pointer ammeter as the digital meters gave inconsistent readings in this test......
        This needs to be clarified in well-equipped laboratories using, among other things, magnetic sensors and thermal scanners.
              of course, this should be done by researchers with more experience and knowledge than me .

                              if there is a change in the design and scaling of the device, it is necessary to measure the direction of the current and magnetic fields and, if necessary, move the magnets and also change the position of the magnets to the opposite. Even when the magnet is located on the reverse side, effects also occur depending on the strength of the magnet.
When the load on the coil changes, the properties of the device can change up to the opposite, it depends on the strength of the magnets, the thickness and properties of the ferromagnet, etc.
                                                                                                             Don Smith said - first measure the magnetic fields.




                                                                                                             Whoever sets foot on new lands first hopes for Heaven





                         Best regards Boris

                               

                             

[BorisKrabow]

  Hi  !

The device is saved! No damage or changes. It is possible to conduct additional tests.
For starters, this is the position of the magnetic fields using a compass.  Video is attached  (  if downloaded as an unknown file, you need to rename the file and add the extension at the end   .mp4    )

                 In order to move the magnets and record video, I need to find a tripod to hold the phone securely.
                                                                                          It will take some time    . 


             Best regards Boris

[BorisKrabow]

Hi   
         I posted a video from my last post on YouTube.      https://www.youtube.com/watch?v=ANXhrdRNrss



                        I hope that this video will help those who want to explore this effect.


                                 regards Boris