Free Energy Selfrunning Magnet Motor ??? - Fact or Fake ? Wasif Kahloon

[rdunk]

A German patent and a drawing with comments in Russian?

PS: the image in colour doesn't appear on the patent.

Very likely (if the inventor is smart), he would have applied for patent  as soon as he possibly could, to ensure the safety of his invention. What is shown in Muammer's videos above are referred to as "2104 Prototypes". The first page of the patent data reflects dates  for years 2007, 2008, and 2009. So, what he had back 5 to 8 years ago likely was not as "colorful" anyway.

[petrus4]

Something I'd like to try is making a low powered (>5 volt) air compressor, first saving up a tank of air, and then using it to run a Tesla turbine.  I'd be interested to find out whether or not it would be possible for the turbine to generate enough electricity to keep running the compressor after the tank ran out.

It might work.  It might not.  I do not know.  If it didn't work, then I could probably set up something solar based to run the compressor.

[Glaucon]

Something I'd like to try is making a low powered (>5 volt) air compressor, first saving up a tank of air, and then using it to run a Tesla turbine.  I'd be interested to find out whether or not it would be possible for the turbine to generate enough electricity to keep running the compressor after the tank ran out.

It might work.  It might not.  I do not know.  If it didn't work, then I could probably set up something solar based to run the compressor.

How much air pressure?

Air compressors draw more current as the amount of work required increases as a function of the pressure in the tank. They draw a LOT of current.

[Glaucon]

The Kinetic energy "comes" from the field exerting a force on an object resulting in acceleration.

The more pertinent question is what effect this transfer of energy has on the source, in this case the field. Conservation of Energy principle requires energy to be conserved...without much inquiry I'd start hunting for the physics that describe a natural magnets field vector. I'd think that the magnet's field magnitude would have to decrease after an event resulting in its field exerting a force on an object. I suppose temperature and the actually mass of the magnet would be other means for compliance with the conservation.

You'd think I'd know something that fundamental having a BS in mech engineering. But in all honesty, I have no idea.

I wish someone would answer or address my lack of understanding here.

I can't seem to find an answer online or in any of my textbooks. I can make the math work by inferring it is m (mass) that's the variable. Unfortunately, that's total non-sense without some real world data.

[zorgon]

I wish someone would answer or address my lack of understanding here.

Conservation of Energy in a magnet
http://physics.stackexchange.com/questions/37730/conservation-of-energy-in-a-magnet

[Glaucon]

It looks as if I'm free to explore my own theory

[rdunk]

Conservation of Energy in a magnet
http://physics.stackexchange.com/questions/37730/conservation-of-energy-in-a-magnet

And another likewise discussion link from that which you posted:

http://physics.stackexchange.com/questions/10565/does-a-magnetic-field-do-work-on-an-intrinsic-magnetic-dipole/10567#10567

[petrus4]

How much air pressure?

Little.  I'd truthfully be a bit scared of going over 60 psi, because of the risk of explosions.  The turbine also would be small.  This would partly be because it would only be an initial test, but partly also because I'm generally more inclined to build networks of small individual things in number, rather than a single large device.