Spring 2020, Jade Khanate
Susay Muzadi looked sullen, while Hamid, Bashir and Roxana were silent.
"This listening station in the Custa area of the Republic of China has been in your sights for a long time. Why did you find out that they have built a long-wave transceiver station? Look, they are blocking the door of our house!" Su Sai pointed out Looking at the map, he asked fiercely.
Hamid glanced at his two disciples and whispered unnaturally: "It will take at least two years to build a long-wave station, but they are very cunning. They built a huge underground project first and then laid the antenna on the ground. And they camouflaged the antenna very well. If the antenna hadn’t been long enough and Rosanna had compared it to satellite images, we might not have been able to detect it until now.”
Bashir rushed to say: "Our drone is already very mature, can't we just blow it up?"
"After all, the long-wave transceiver station is built in the Changhe Kingdom. The Luzhi Kingdom, the Changhe Kingdom, and the Liang Kingdom are all mixed together. The drone attack will inevitably lead to retaliation, and the situation may not end well." Rosanna analyzed.
Susay nodded approvingly to Roxana, her anger seemed to have subsided a little, and she looked at Hamid again.
Hamid understood, shrugged his shoulders and spread his hands, indicating that it was better for the leader to speak out the key points.
Susay affirmed Rosanna's rigor and rationality in considering both actions and consequences, and further pointed out:
"We can't send drones to blow up the long-wave station now. Because if we blow it up just after it is built, we are telling the country in Chicago that they are right to build the long-wave station and monitor our extremely low frequency band, and that is what we care about." It’s extremely low frequency.”
"In addition, at the end of 2022, we plan to launch a space tug. At the beginning of 2023, we will conduct experiments to verify Tesla's theory, so we will have to wait until June 2021 at the earliest before bombing their long-wave station. Make sure that after the bombing is completed, we Before the experiment, the people in Chicago could not build a new one."
It was the first time Bashir heard of such a detailed planning timetable, and he said seriously and slightly naughtily:
"Let Rosanna and I be responsible for the execution then. Our agricultural company is not busy anyway."
"Intelligence shows that this long-wave station is run by the Rubinsteins. In addition to monitoring, they are also responsible for infiltrating us. In order to conceal our true purpose, it is best to make the people in Chicago think that we are retaliating instead of To blow up the long-wave radio station." Hamid explained as if predicting:
"If Rubinstein's base participates in an attack on an important target within our territory, we will take advantage of the situation and retaliate."
Susay returned to the topic and instructed Hamid to take his two apprentices to the National Oil Company as soon as possible.
With the cooperation of the military, the long-wave transceiver station left by Liangguo Liangfu Oil Company was taken over and placed under the direct control of the Intelligence Bureau.
As the world's largest energy company, Liangfu Petroleum will certainly not be absent from oil and gas cooperation with every Middle Eastern country.
As early as 1996, Liangfu Petroleum established a joint venture with Yukhan State Petroleum and won the oil and gas exploration rights in the Hanqisi area on the northern coast of Gubo Bay.
In 2008, a large oil field worth approximately US$51 billion was discovered.
In 2018, Executive Pierce announced that Liang would withdraw from the Jade Khanate's nuclear restriction agreement and intensified sanctions against the Jade Khanate.
Liangfu Company was forced to withdraw from the Jade Khanate, and the exploration equipment and preliminary investment facilities remained in the Jade Khanate.
The exploration equipment includes an extremely low-frequency long-wave transceiver station. Of course, Liangfu Company does not use it to send messages to submarines, but uses it to scan the strata 10 kilometers underground to search for oil and natural gas.
Theoretically, emitting extremely low frequencies with wavelengths between 10,000 kilometers and 100,000 kilometers requires a very long antenna.
As technology continues to improve in recent years, antennas can also be much shorter than theoretical values.
Even so, the shortest antenna length needs to be at least tens of kilometers.
Generally, the antenna length of the above-ground part of an ELF station is 22 to 45 kilometers, and the underground part spans hundreds of kilometers.
However, the country of Luzhi has a small land area and does not support large-scale excavation. It is unrealistic to build antennas, so they built the long-wave station in the Custa area of the country of Changhe.
Bashir and Roxana were not just here to visit Liangfu Company's long-wave station, Professor Mustafa had been waiting for them.
Although Bashir and the two have already learned some contents of Tesla's theory, they have also established ultra-light wave thinking through data and observations such as sunspots, flares, and solar wind.
But after all, they were trained in the orthodox theory of the Physics Department of Sirule University, and they still have doubts about Tesla's almost absurd hypothesis.
Professor Mustafa seemed to have read through the minds of the two people and asked:
"Are you two hoping to find direct evidence of the existence of super-light waves? We study scientific issues and only believe in experiments and evidence. We also emphasize repeatability and rule out coincidence." The professor changed the topic and asked:
"Guess how fast the frequency of super-light waves assumed by Tesla is?"
Bashir laughed and said: "I have thought about this problem. The peak radiation frequency of the sun (biased ultraviolet light) is on the order of 10 to the 14th power. Hitting a metal target with accelerated electrons will produce X-rays with a frequency of 10 Above the 16th power, the gamma ray frequency is even higher.”
"Tesla must have believed that the frequency band generated by the impact resonated with the frequency of super-light waves, which was the inducement to produce high-energy rays and nuclear chain reactions, rather than the so-called properties naturally possessed by metal targets and electrons."
"So the frequency of hyperlight waves should be above the order of 10 to the 16th power." Rosanna added.
The professor nodded frequently and continued to ask:
"Then have you ever thought about how long its wavelength is?"
"The wavelength of super light waves should be larger than the diameter of the planet and smaller than the diameter of the star. I checked the information when I was doing my graduation thesis a few years ago. It is known that the surface temperature is above 3000K, and the diameter of the smallest star is about 0.13 solar diameters, about 180,000 kilometers. Also That is to say, the wavelength of super-light waves must be less than 180,000 kilometers to be incident on every star." Bashir said.
"The diameter of Jupiter is less than 145,000 kilometers. Many of the exoplanets that have been discovered have diameters larger than Jupiter, but almost without exception they are very close to their parent star, and their surface temperatures are also extremely high. Many exceed 2000K, making them atypical planets. .Jupiter has not been "ignited", so the wavelength of super-light waves is greater than 145,000 kilometers."
Rosanna cooperated with Bashir and concluded: "We believe that the wavelength range of hyperlight is: 145,000 to 180,000 kilometers."
The professor praised the two students for their diligent thinking with great satisfaction, and then said:
"There is a correspondence between the movement of the stars in the ecliptic plane and the generation of sunspots. Even if every observation is correct, from a rigorous scientific perspective, it still cannot conclusively prove the existence of super-light waves. However, the generation of sunspots can be explained by existing theories. Even if some phenomena are not explained perfectly." The professor continued:
"The best evidence to prove the existence of super-light waves is to directly receive its complete wavelength. If we can create an object with a diameter of 180,000 kilometers, this object can be completely incident by super-light waves, thus absorbing and releasing a large amount of energy. If released The energy cannot be explained by existing theories, and that will be ironclad proof of the existence of super-light waves!”
Bashir reacted quickly and said: "Yes! The theoretical hypothesis must be able to predict, and it must be a prediction that cannot be explained by any theory except the hypothesis. Once the prediction is confirmed and can be repeated many times, then this hypothesis will Accepted by the scientific community.”
Rosanna interrupted Bashir and expressed her question:
"180,000 kilometers in diameter! The circumference of the earth is only 40,000 kilometers. There is no way humans can build such a large object!"
The professor smiled and remained silent, wanting to give the two of them time to think, but he couldn't help it anymore and reminded:
"Do you assume that the object is a three-dimensional sphere? Only the length is required! 180,000 kilometers long is enough. Can a two-dimensional plane be used? Can't a one-dimensional line be 180,000 kilometers long?"
Bashir shouted:
"I never thought that super-light waves are universal. As long as any object is on the same plane and has a continuous structure 180,000 kilometers long, super-light waves will be incident."
Rosanna also understood and said: "You mean we can pull a rope 180,000 kilometers long?"
The professor finally laughed. Yes, pulling a 180,000-kilometer-long rope in space.
Nikola Tesla's rope!
