ABAY ELECTRIC MOTOR and RELATED EXPERIMENT PROVES FREE-MAGNETIC ENERGY IN MAGNETS

  WHAT MAKES AN ABAY TYPE ELECTRIC MOTOR MORE EFFICIENT? Both axial and radial magnetic interaction is the biggest advantage of this motor. As it is known, conventional electric motors provide rotational movement with radial flux magnetic interaction on the sides of the rotating shaft. In addition, in recent years, Axial flux electric motors, which operate by magnetic interaction on the front and back of the rotating shaft, not on the sides, have also been used. In ABAY type electric motor by wrapping the entire rotor 360 degrees, both radial and axial interactions can be made at the same time, unlike other winding techniques, a stronger  repulsion and atraction  and interaction is provided by interacting in the perpendicular axis to the poles, which provides less  repulsion and atraction  force apart from the poles of the permanent magnet,  thus efficiency increases.  Although the repulsion and atraction forces are less in the axis perpendicular ...

 WHAT IS THE SOURCE OF THE EXCESS OF MAGNETIC ENERGY? The source of the extra magnetic energy that is generated and spent is another important issue that needs to be focused on how it is obtained. Above, during the operation of the Abay type electric motor, an extra energy is added to the system other than the continuous electrical energy, which can be observed, and this requires a continuous energy source. Here, there are generally two options regarding the source of the extra magnetic energy that is generated and expended in a way that will increase the total energy of the system in the supraatomic dimension: Option 1: As in all energy sources, the expended magnetic energy will move in the direction of reducing and consuming the source that created it. As the change in interaction continues in permanent magnets, the source of the energy that is constantly generated is only the energy arising from the angular moment of the electrons due to their spin and orbital movements and t...

 A limited amount of extra energy can be obtained from magnets.  This energy is not infinite, and the same amount of loss occurs within the magnet.  ABAY type electric motor and COIL-MAGNET SYSTEM, which works with the same physical rules, can prove this by creating more energy than the given electrical energy.  LET'S PROVE THE EXTRA ENERGY THAT CAN BE RELEASED FROM MAGNETS, WHICH IS ACTUALLY BELIEVED BY MANY ENGINEERS, INVENTORS AND SCIENTISTS, BUT HAS BEEN LIMITED ONLY TO FAKE VIDEOS AND NON-WORKING MACHINES AND CANNOT BE PROVEN, AN EXPERIMENT THAT ALMOST EVERYONE CAN DO. LET'S SEE AND PROVE IT WITH MEASUREMENTS WITH AN EXPERIMENT SETUP THAT ALMOST EVERYONE CAN DO OR WITH ABAY ELECTRIC MOTOR  AND LETS TEST THE EFFICIENCY OF THE MOTOR TOGETHER.   A limited amount of extra energy can be taken from the magnets, and the same amount of energy is lost within the magnet.  I have been working on electricity, machinery, mechatronics and design for nearly...

 WHAT IS THE SOURCE OF THE EXCESS OF MAGNETIC ENERGY ? The source of the extra magnetic energy that is generated and spent is another important issue that needs to be focused on how it is obtained. Above, during the operation of the Abay type electric motor, an extra energy is added to the system other than the continuous electrical energy, which can be observed, and this requires a continuous energy source. Here, there are generally two options regarding the source of the extra magnetic energy that is generated and expended in a way that will increase the total energy of the system in the supraatomic dimension: Option 1: As with all energy sources, the magnetic energy spent here will move towards reducing and consuming the source that creates it.  As the change in the interaction intensity in permanent magnets continues, the source of the constantly generated energy is only the energy arising from the angular moment of the electrons due to their spin and orbital movements, ...

Material and Method  In our study, we tried to prove the hypothesis by comparing the amount of energy produced versus consumed with an experimental setup that was tried to be simplified enough to be done in almost any laboratory, and then by confirming the measurement base values ​​with a control experiment.  Without going into details, we can summarize what we do as follows.  With the help of a switch, we gave current to a large coil winding for a short time.  Meanwhile, the coil winding started to attract the permanent magnet at the end of the rope opposite it, which can swing like a pendulum, and immediately after the magnet accelerated and touched the coil winding, we cut off the current by closing the switch.  We measured the electrical energy we consumed until the moment of contact and the energy lost due to heat in the coil separately, with the help of the mathematical processing function of an oscilloscope.  The starting time of the peak wave formed...

 HOW CAN WE UNDERSTAND  THE EXISTENCE OF EXTRA MAGNETIC ENERGY FROM MAGNETS  WITH THE SIMPLEST LOGIC?  The way the extra magnetic energy is generated can first be reduced to a simple observation as follows.  When two permanent magnets, which are left opposite each other with a distance of  Here, as a distance is taken in the direction of the force, a mutual work is done and the potential energies assumed to have relative to each other through energy conversion are spent to increase the kinetic energy of the permanent magnets until the moment of collision and to overcome forces such as friction that want to prevent movement.  It is generally accepted that the source of the energy here is not provided by permanent magnets, but from the outside by placing two permanent magnets opposite each other in a way that creates a potential relative to each other.  Here, both magnets will contribute equal energy to the system with their final potential.  N...

Magnetic Energy Exists From Neodymium Magnets To Increase The Total Amount Of Obsarvable Energy During Their Interaction With Electromagnets   Abstract Neodymium magnets release additional magnetic energy as they interact with electromagnets in motion, such as in some machines such as electric motors. This extra magnetic energy is spent to increase the kinetic energy of the dynamic system including the permanent magnets. After a sensitive experiment designed to measure the amount of energy consumed and released when the neodymium magnet and the electromagnet attract each other for a short time, it was able to observed that a small amount of additional energy was released from the neodymium magnets. In summary in this experiment more energy total is released than the given electrical energy. Since, according to the laws of thermodynamics, energy cannot be created from nothing and no machine in a closed system can have more than one hundred percent efficiency, the extra energ...