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This reminds me of reading about Michael Faraday researching gravity. He and a few other researchers were taking little balls of metal and moving, shaking, and
by kordlessagain 4y ago
This reminds me of reading about Michael Faraday researching gravity. He and a few other researchers were taking little balls of metal and moving, shaking, and rotating them next to each other to try to determine if there was any electrical activity generated from the relative movements of the masses. Faraday even tried measuring for electrical field disturbances from a mass of bismuth falling and then stopping when it hit the ground.
If their hypothesis was correct, that moving matter in relation to other matter generated a field exchange, that meant we could each have a "gravity transmitter" and "gravity receiver" that could act independently of any wired or wireless systems.
Having point to point high speed communications from anywhere on the planet to anywhere else on the planet, which themselves weren't governed or use restricted, would be game changing. Alas, current theories and decades of research haven't given us much to go on.
- deleted 4y ago[deleted]
- deleted 4y ago[deleted]
- joxel 4y agoIts the engineering that hasn't caught up with that theory. If I shake an electron here, theres a radiowave that travels in all directions at the speed of light. The problem is isolating those signals when they are extremely weak compared to nearly infinite background "noise", that are also distinguishable signals, many of which may be carrying real information. So there's nothing about my little packet of energy that can really set it apart from what my friend is wiggling over there. If you could develop a sensor that picked up on just a small segment of the fourier vibrations going on, identify it, and then respond, all of this theory still seems like it would hold true. It's just practically impossible.