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Freefall posted an update 7 years, 1 month ago
Wow! .. I would REALLY like some feedback on THIS ..
What is LIGHT REALLY? Tesla on Light, Bringing logic & wisdom to the Nature of Light
Link .. https://www.youtube.com/watch?v=YcoYRofMtyk
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Tesla was a true genius.. shame he got kneecapped by Morgan (and Rothchilds in consequence) with Marconi.. absolute zero is -273.15ºC (-459.67ºF) If you live in a place that’s say.. 20C (68F)you have in the air 293.15ºK of energy waiting to be converted. Shame the technology that could do it was left to rot….
Kahlypso .. Thanks for your input .. really appreciated ..
Tesla said himself that :
““Just think, the universe is darker than the darkest ink; colder than the coldest ice and more silent than a silent tomb, with all the bodies rushing through it at terrific speeds. What an awe-inspiring picture, isn’t it? Yet it is our brain that gives merely a physical impression. Sight and sound are the only avenues through which we can perceive it all. Often I have wondered if there is a third sense which we have failed to discover. I’m afraid not,” he said after some hesitation in thought.
Originality thrives in seclusion free of outside influences beating upon us to cripple the creative mind. Be alone, that is the secret of invention; be alone, that is when ideas are born.
Radio experimenters of this age are following ancient theories, Mr. Tesla believes, and he warns that progress will be more rapid when they discard the old and adopt new ideas. His directions for getting on the right track of radio, television, power transmission by wireless and sundry other branches of science follow:”
““It is true,” said Mr. Tesla, “that many scientific minds envisaged the theory of a gaseous ether, but it was rejected again and again because in such a medium longitudinal waves would be propagated with infinite velocity. Lord Kelvin conceived the so-called contractile ether, possessing properties which would result in a finite velocity of longitudinal waves. In 1885, however, an academic dissertation was published by Professor De Volson Wood, an American, at a Hoboken institution, which dealt with a gaseous ether in which the elasticity, density and specific heat were determined with rare academic elegance. But, so far, everything pertaining to the subject was purely theoretical.
What, then, can light be if it is not a transverse vibration? That was the question he asked himself and set out to find the answer.
“I consider this extremely important,” said Mr. Tesla. “Light cannot be anything else but a longitudinal disturbance in the ether, involving alternate compressions and rarefactions. In other words, light can be nothing else than a sound wave in the ether.”
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Rinse and repeat.
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“Light can be nothing else than a sound wave in the ether”
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Rinse and repeat.
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“Coming now to the wireless waves, it is still true that they are of the same character as light waves, only they are not transversal but longitudinal. As a matter of fact, radio transmitters emit nothing else but sound waves in the ether, and if the experts will realize this they will find it very much easier to explain the curious observations made in the application of these waves.
“It being a fact that radio waves are essentially like sound waves in the air, it is evident that the shorter the waves the more penetrative they would be. In 1899 I produced electromagnetic waves from one to two millimeters long and observed their actions at a distance. There has been a great hope expressed by various workers that introduction of these waves will have a revolutionary effect, but I am not sharing the opinion. They will be used, of course, but to a very limited extent. It is manifest that applications of the very short waves will not produce any appreciable effect upon the wireless art.
“longitudinal” its very important…
With the explosion of video content, people want to remain glued to their screens. However, low internet speeds often play the spoilsport. As a result, users demand faster data transmission and more reliable network services from the telecom carriers. This demand has laid the foundation for 5G, the next generation of communications technology.
To achieve this, wireless communication engineers must design a set of entirely new technologies. These technologies will allow the latency of 5G data transmission to be less than one millisecond (compared to the about 70-millisecond latency of existing 4G networks) and achieve a peak data download speed of 20 Gbit/s (compared to 1 Gbit/s for 4G).
It is still unclear what technologies will play the crucial role in the development of 5G over the long term, but there are already some early contenders. These technologies include :
Millimeter Waves (Millimeter wave (also millimeter band) is the band of spectrum between 30 gigahertz (Ghz) and 300 Ghz).
If we keep going we’re into 5G territory and Cadecaus Coils and potential supra-luminal speeds.. and scalar interferometry.. I’m not sure that’s what you were looking for.