That you can get this high voltage simply from movement through space is something that has been overlooked for over 120 years.
Could we use Co axial cable ? By stripping back the braid at the East and West ends leaving the straight sections braided ?
From Smudge's first paper: 5. Closed paths and closed circuits. It therefore makes sense to consider the presence of a “field” of those scalar values throughout space. It is the math for this scalar “field” that cannot be challenged. Such a “field” of scalar values is not true for (v.A) since its value at any point depends on the velocity of the observer. If the observer is not moving there is no potential. And from the Introduction: Note that 203 Weber/m is a huge value unlikely to be seen in a laboratory (to get an appreciation of this you would find that value of A field at the cylindrical surface of a huge fully-magnetized piece of iron that is 400m in diameter, 4km long and weighing 4 giga-tonnes!). Surprisingly, few people are aware of this aspect of the Earth’s magnetism and little attention has been given to the possibility of employing this as a useful resource. It's a very interesting experiment that would benefit from a comparison of the Earth sphere, and the relatively much smaller Iron cylinder models.
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Topic: Using the Earth's vector magnetic potential (Read 102643 times)
