- #1
rchase
- 32
- 0
I have a challenging question about electromagnetics.
I presume if two antennas were designed to broadcast the same signal, but were designed somehow be exactly phase shifted by 180 degrees. And the antennas were stationed very close together. So that no electromagentic noise would be detected until very far away.
But once a certian distance were reached, I presume the minor distance between them would account for patches of significant interference and electromagnetic noise of the wave-particle transmission.
Within the theory of radiation and emission laws, I presume the electrons within a good super conductor would produce a nearly continius wave signal. However, if the waves are very close together sothere were no measurable noise for miles, but down the road there was noise; could there be nullified background energy all around us?
Regarding a better question:
It seems that we cannot consider light a wave for there to be no noticible affect for miles, then a staticiy signal. But the real question is how to we quantify the energy between the unusual source and the static? What to we call the empty zones? Do we call it gravity-like?
I need to hear some facts about what would really occur from antenna experts, and electromagnetics experts. I am challeged with this question it seems to require a better understanding of antennas, solidstate, and background interactions than I have.
I presume if two antennas were designed to broadcast the same signal, but were designed somehow be exactly phase shifted by 180 degrees. And the antennas were stationed very close together. So that no electromagentic noise would be detected until very far away.
But once a certian distance were reached, I presume the minor distance between them would account for patches of significant interference and electromagnetic noise of the wave-particle transmission.
Within the theory of radiation and emission laws, I presume the electrons within a good super conductor would produce a nearly continius wave signal. However, if the waves are very close together sothere were no measurable noise for miles, but down the road there was noise; could there be nullified background energy all around us?
Regarding a better question:
It seems that we cannot consider light a wave for there to be no noticible affect for miles, then a staticiy signal. But the real question is how to we quantify the energy between the unusual source and the static? What to we call the empty zones? Do we call it gravity-like?
I need to hear some facts about what would really occur from antenna experts, and electromagnetics experts. I am challeged with this question it seems to require a better understanding of antennas, solidstate, and background interactions than I have.