Generating low-temperature electromagnetism with many heat-collecting magnets oscillates magnetic fields

 Generating low-temperature electromagnetism with many heat-collecting magnets oscillates magnetic fields. The temperature causes the magnet molecules to vibrate, but they vibrate weakly and does not create a strong vibrating magnetic field to generate electricity. The left-pole rotating magnets attract each other but are still separated to connect the magnetic field lines and leave room for the coil to collect electricity. The magnets have short but deviated magnetic vibrations, so add the oscillation into a long oscillation enough to pull electrons the more small magnets create a strong oscillation.Each magnets have the same polarity. 2 on the left poles

Comments

Post a Comment

Popular posts from this blog

The 3d projector shines on the air with the converging invisible light that heats the steam to white

  The 3d projector shines on the air with the converging invisible light that heats the steam to white.Obviously transparent steam is transparent, but at 100 degrees C it is white. and then using the invisible light to converge each spot heats the steam to a higher temperature to make it white, then project the image from the projector. white reflects all the colors like a white screen. Color far close out 3d model
Read more

The 3d screen shines on the air with a laser beam of invisible light as small as electrons

  The 3d screen shines on the air with a laser beam of invisible light as small as electrons. I create small lasers with electrons parallel to each other. So let the laser shoot the scattered electrons to create sparks into light. if the laser beam is big, it repels the gas molecule. the invisible light laser does not create trails. then use a color filter to create color. The spark generator is attached to the glass so that it doesn't deviate color. Create colored dots far closer to the 3d model
Read more

Store electricity by demagnetizing electrons so that it can be easily stored in the flask without running out into lightning, damaging the battery

  Store electricity by demagnetizing electrons so that it can be easily stored in the flask without running out into lightning, damaging the battery. The electrons are demagnetized for it and the energy is weak so that when compressed into the tank does not create lightning, it will damage the storage vessel. when the electricity is connected to the ground, the electrons run out into an electric current. Moderate demagnetization so as not to create weak electricity, or when the magnet is recharged, it compresses electrons without the need for large nuclei to occupy a lot of area. store electricity millions of times
Read more