What is a magnetic current?
Like electric current, magnetic currents are energy waves that flow through the universe. There are electric fields around the magnetic currents and these currents are able to produce heat and performance if the energy is properly carried out. Many scientists who have studied magnetic current believe that further study can be used the same type of function as electric current. Ehrenhaft believed that magnets had positive and negative ions, as well as electricity. He assumed that these positive and negative ions could perform energy and react each other. When he set out on a demonstration of this point, he used iron bars with opposite hubs to act as magnets.
These studies and experiments have shown that the magnetic stream can break the water apart from the Ehrenhaft pole, the magnetically charged funny hubs, corresponding to the northern and southern ends of the magnet. He placed these two rods in a U -shaped tube that held water. As the opposite magnets reacted each other, the bubbles rose in the water and sweatThey were collected and analyzed.
ehrenhaft found that due to the chemical interaction between iron bars and sulfuric acid, hydrogen was liberated in water. According to those who studied the Ehrenhaft experiment, the most phenomenal part of the experiment was the presence of oxygen. He found that when a magnetic current was used to separate the water, more oxygen was found above the north pole of the magnet. After considering all the possibilities, he found that the only explanation of the presence of oxygen above the magnet was that water distributed due to a chemical reaction.
Experiment and Conslok that the current has broken water, serves as evidence of the existence of magnetic current. Some believe that this discovery emphasizes magnetic current as a potential opponent of electric current, equally capable of being used in many ways. Ehrenhaft managed to create a chemical reaction with magnetic current, so it is possible that this energy flow canthat be created and used in other ways for human use.
Before the effectiveness of magnetic currents, it is necessary to answer several questions about their behavior. Since 2009, there is no convincing evidence to determine whether they can be carried out through conductors similar to electric currents or carried out through liquids. Some even believe that perhaps the most efficient magnetic current insulators may be materials that are completely, unlike the materials used for electric current insulators.