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La Ley de Juan Gabriel A.R.
https://es.khanacademy.org/science/e...ctor-in-action
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When a load advances it creates a magnetic field perpendicular to the load. If the magnetic field collapses the voltage polarity and the load will instantly change inversely to what was before the magnetic field collapse, forcing the magnetic flux lines to contract until they disappear. This energy that comes inverse is variable in time and always has a potential difference greater than what was before the collapse of the magnetic field.
After 7 years investigating inverse and radiant energy, I have not found in official science any reference to the collapse of the magnetic field. The best thing I found in official science was "the current and voltage equation of an inductor in action" https://es.khanacademy.org/science/e...ic/ee-natural- and -forced-response / a / wmc-inductor-in-action This equation has several serious errors such as: Predict infinite voltage when the switch is opened, that the current cannot change instantaneously, etc. Nor does it refer to the collapse of the magnetic field and these data are very important if we want to understand what happens in the cable.
Google translator
When a load advances it creates a magnetic field perpendicular to the load. If the magnetic field collapses the voltage polarity and the load will instantly change inversely to what was before the magnetic field collapse, forcing the magnetic flux lines to contract until they disappear. This energy that comes inverse is variable in time and always has a potential difference greater than what was before the collapse of the magnetic field.
After 7 years investigating inverse and radiant energy, I have not found in official science any reference to the collapse of the magnetic field. The best thing I found in official science was "the current and voltage equation of an inductor in action" https://es.khanacademy.org/science/e...ic/ee-natural- and -forced-response / a / wmc-inductor-in-action This equation has several serious errors such as: Predict infinite voltage when the switch is opened, that the current cannot change instantaneously, etc. Nor does it refer to the collapse of the magnetic field and these data are very important if we want to understand what happens in the cable.
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