April 2027, Liangguo Rocket City
David Halsey sent Kazi away and returned to Rocket City angrily.
Of course, with his ability to adapt to changes, he would not let this traitor see any flaws. David told Katz in a serious manner that the Overseas Intelligence Service had tracked down an important figure in the October Brotherhood in Fort Lecce.
This so-called important information was something he just accidentally remembered from the briefing folder. However, Ketz showed great interest and enthusiastically thanked his colleagues in Liangguo for their generous help.
It seems that it is difficult to obtain information about the Jade Khanate couple from the people in Luzhi. I am embarrassed to tell the people in Luzhi that we have eavesdropped on you.
David considered that he should learn more about Tesla's theory and the details of the 2015 Transcendence experiment.
David had a hunch that the key to cracking the Jade Khan conspiracy was hidden in the Transcendent Vision experiment.
David approached Professor Braun hoping to learn more about research and experiments related to Tesla's theory.
David believed that the Yuhan people must have much less theoretical information than the researchers of Project T. Professor Braun must be the researcher with the most in-depth understanding of the theory of ultra-light waves.
"Astronomy always brings us surprises, but also makes us full of confusion. Let me first tell you about three high-temperature anomalies I encountered in scientific research." Professor Braun was very interested in David's question. Talking eloquently, he said:
"The first abnormally high temperature occurred in the heliosheath at the edge of the solar system. In 1977, the Chinese space agency launched the Rover 1 and Rover 2 probes respectively to visit the giant planets and fly towards the outer solar system.
We have calculated theoretically that the radiation intensity of the solar photosphere gradually decreases with the square of the distance, and there is a critical zone with the oncoming interstellar radiation.
The density and magnetic field strength of high-energy particles in this critical zone will increase in space, especially their temperature will reach about 20,000 Kelvin.
But when Rover 2 flew towards this critical zone, the density and magnetic field strength were much higher than theoretical expectations, and the particle temperature reached 50,000 Kelvin!"
"What does this mean? Is it wrong?" David asked.
"The calculation is definitely correct. Where do these high-energy particles in space get their extra temperature? You know, the ambient temperature they live in is only about 3 Kelvin."
"The Sun and Solar Atmosphere Exploration Satellite launched by the Liangguo Space Administration in 1995 stopped at the Lagrange L1 point and orbited the sun together with the earth. We detected abnormally high temperatures in the corona. In 2010, the Liangguo Space Administration launched the Solar Powered Observatory, which allows for closer observations of the Sun's corona."
"Through observations, we found that the temperature of the plasma outside the corona is incredibly high! The Bunker Solar Probe launched in 2018 flew directly into the corona and confirmed that there is an abnormally high temperature." said the professor.
"Another high temperature that is inconsistent with theoretical calculations was discovered? Another 50,000 Kelvin?" David asked curiously.
"It's not 50,000 Kelvin, it's 1 million Kelvin! You know, the corona is millions of kilometers beyond the photosphere on the sun's surface, and the temperature of the sun's surface is only 5,770 Kelvin." The professor spread his hands and shrugged.
"In the open air, assuming the only heat source is a stove, the temperature of the stove dozens of meters away is higher than the temperature of the stove wall, and it is 200 times higher! This obviously violates the laws of thermodynamics!" Wei metaphorically said.
The professor said: "Yes, the theoretical community has not yet given a convincing explanation. The existing theory is looking for a model that continuously heats the corona from the interior of the sun through a certain conduction path."
"Existing theories can only explain this unusual high-temperature phenomenon from inside the sun, because existing theories do not admit that energy comes from the outside. However, this is a bit difficult to explain. After all, the sun's corona is relatively far away. Interstellar observation is easier, almost right under our noses." David pursed his lips, thinking.
"The matter is not over. In 2012, astronomers observed the third high temperature anomaly, which occurred at the edge of the Milky Way." The professor went more in-depth and continued:
"The diameter of the visible star disk of the Milky Way is about 100,000 light-years, and the halo of hot gas wrapped around it is up to 900,000 light-years in diameter. Guess how high the temperature of these outer gases is? It is much higher than anything that makes up the Milky Way. A star has a temperature of 1 million to 2.5 million Kelvin!" The professor himself revealed the answer to the mystery and went on to say:
"Not just the Milky Way, research has found that the outer gas of almost every galaxy has a temperature of 1 million Kelvin or higher."
David's jaw almost dropped, as if he suddenly understood the professor's intention.
This is evidence of the existence of super-light waves. Energy is emitted inward from the "outside" instantaneously, so the interface between particles or gases in the outer layer is heated so hot.
The professor seemed to see through David's mind and elaborated:
"First of all, under the thinking of super-light waves, this is easy to explain. Objects with a diameter larger than the wavelength of super-light waves will be incident. If the density of the object is sparse, but on a macro scale it is much larger than the wavelength of super-light waves, it can also absorb a large amount of super-light waves. energy, thus forming a so-called anomaly where the outer temperature is much higher than the inner surface temperature."
"Secondly, the sun is wrapped in hot gas, and the Milky Way and other galaxies are wrapped in even hotter gas. What about our universe? Is it possible that it is wrapped in hotter gas? What about the super that heats these hotter and hotter gases? Is it possible for an energy source to emit energy waves with extremely fast wave speed, extremely long wavelength, and extremely fast frequency?”
"So, Tesla's dynamic ether theory is correct. Aren't the three abnormal temperatures you mentioned evidence of the existence of super-light waves?"
David said excitedly.
"It can be counted as evidence, at least it is more reasonable and more unified than the existing theory explanation, but it cannot be counted as conclusive evidence of the existence of super light waves. Unless we can directly receive the energy of super light waves, that is something that no theory can explain Ironclad proof!" said the professor.
"I understand. The purpose of the experiment of the Transcendent Vision is to directly receive the energy of ultra-light waves. Then we need to create an object that exceeds the wavelength of ultra-light waves?" After finishing speaking, the smart David seemed to suddenly realize:
"You said before that when Transcendence flew to Pluto, it dragged a very long carbon fiber filament. I always thought it was a joke. The length of that filament is greater than the wavelength of ultra-light waves?"
The professor smiled without saying a word, his face filled with pride.
David chased after him and asked:
"What is the exact wavelength of ultra-light waves? Can it be calculated accurately?"
"I will talk about the precise calculation method later. I can tell you the calculation and experimental results first. The wavelength of super light is 170360 kilometers." Professor Braun replied.
David Halsey began to dream about pulling up a long, long "rope" in space...
