Super Dimension Technology Era

January 17, 2016.

Lingnan Shanmei, inside Huang Mingzhe's scientific research base.

He silently put down the report in his hand. Huang Mingzhe was both pleased and slightly worried about Fang Ge's choice and courage.

However, mankind will eventually take this step. Whether it is to fight against the crisis of the G organization or to enter the interstellar era, physical and mental improvement are essential.

Wearing work clothes, we came to a laboratory in the base.

A dozen researchers are busy. In the center of the laboratory is a device similar to a radar pot cover. It is 12 meters high and about 8 meters long and wide.

There are also some exposed cables and pipes around.

"Academician Huang, the debugging has been completed." A middle-aged researcher said as he walked away holding the document.

After taking the document and flipping through it, Huang Mingzhe immediately ordered: "Sijia, let's test it!"

"Okay, Academician Huang." After Zhang Sijia finished speaking, he turned around to arrange the testing work.

A few minutes later, an announcement came from the lab.

"Attention to all personnel, the Listening Detector will be tested for the 16th time."

"Attention all personnel, the listening detector will be..."

"all……"

After three consecutive broadcasts, the researchers and support staff were already in their places, and there was no one around the listening neutrino detector.

Then the device's neutrino emitter launched a continuous stream of neutrinos into the eastern Pacific Ocean.

In the control room of the laboratory, Zhang Sijia was directing the test.

I saw on the large display screen that as the neutrino stream was continuously emitted, some of the reflected neutrinos were received by the unfolded large pot lid, and then these reflected neutrinos were transformed on the big pot lid. into electrical signals.

After calculations by a signal analysis supercomputer, a three-dimensional world appeared on the big screen. This world showed a cone shape, which was obviously related to the forward trajectory of the neutrino flow.

However, due to the need for neutrinos to emit matter, the listening detector can currently only detect between 1,500 and 50,000 kilometers.

For example, when detecting the crust and mantle, due to the very high material density, the neutrino flow depletes very quickly. If it is pointed towards the sky or outer space, it can be detected within 50,000 kilometers.

Through virtual modeling after data processing, only materials on the ground, in the sea, and in the sky that appear within the cone detection range will be monitored and models will be established.

For example, Kaohsiung City is located in the south of Taiyuan Island, not far from Shanmei and due east.

Whether it is ground-level buildings or the city's underground pipe network, they all clearly appear in the monitoring model.

In order to avoid wasting supercomputing power, after the first scan, fixed buildings and original geology and landforms will be solidified in the database. Unless there are changes, an update will be prompted.

Of course, in the future, domestic supercomputers will switch to biocomputers. By then, the computing power will have been improved in all aspects, and there will be no need to save computing power.

Huang Mingzhe glanced at the extended length on the instrument. It showed that it had reached about 3,200 kilometers, almost to the Northern Mariana Islands line.

As long as some listening detectors are deployed along the border, except for the western region of West Asia, other Asian regions will be under the surveillance of listening detectors without blind spots.

For example, the three Ohio-class ships currently swimming in the Luzon Basin at a depth of 220 meters are already in the monitoring system.

Even one of their submarines is equipped with 32 Trident-2s and has 153 sailors, and the surveillance system can clearly see it.

With the listening detector, the sonar detector can be retired directly.

Huang Mingzhe even saw the crust and part of the mantle on the bottom of the Ryukyu Trench, including 13 active submarine volcanoes, and the hot magma was continuously erupting.

As soon as these data entered Huang Mingzhe's memory, he immediately calculated that an earthquake with a magnitude of 5.6 on the Richter scale would occur in the waters south of the Ryukyu Trench between 11 and 13 noon tomorrow.

"Calculate the status of those active volcanoes on the seabed." Huang Mingzhe reminded.

Zhang Sijia was stunned. Although he was very puzzled, he still followed Huang Mingzhe's instructions to conduct big data analysis.

[... Calculation result 16: The No. 6 submarine active volcano in the southern waters of the Ryukyu Trench may have a medium-sized eruption at 10:00 to 15:00 on January 18, 2016, which may indirectly produce an earthquake of magnitude 5 to 6 on the Richter scale...]

This... Zhang Sijia didn't expect that the listening detector could also be used for earthquake prediction, but when he thought about it, he felt it was reasonable.

The Tingting detector can scan the complete crustal structure, as well as part of the upper mantle, especially the asthenosphere where magma originates.

In this way, the dynamic changes of these strata can be seen. Combined with the analysis of professional knowledge, it can be predicted that earthquakes caused by active volcanoes on the seabed are also very normal.

Testing continues.

Soon the listening detector went from east to north, then west, then south, and finally back to the east.

After a circle, the surrounding area of ​​2,400 to 3,200 kilometers was scanned by the listening detector, and a complete monitoring model was established.

However, one listening detector alone seems to be weak and weak. It is more appropriate to arrange 6 to 8 units in one location.

It can realize all-weather monitoring of the surrounding area without blind spots. Even absorbing-coated aircraft, underground bases, and deep-sea submarines will not be able to hide in front of the listening detector.

However, Huang Mingzhe looked inside the laboratory and saw the huge size and weight of the Listening detector. He considered miniaturizing it and installing it on a satellite.

If the detection distance is shortened and placed on Blue Star's 1,500-kilometer orbit, it is estimated that the weight can be reduced to about 5 to 6 tons.

With this weight, Chang 5-C can carry 4 satellites on a 1,500-kilometer orbit at one time.

To achieve global monitoring, it is enough to deploy 24 listening satellites, which means that Chang 5 needs to be launched 6 times.

However, this year’s satellite launch mission happened to be relatively light, so Huang Mingzhe decided to complete the deployment of the Diting detection satellite this year, and by the way, he will accumulate accumulation for the launch of next year’s Phoenix Satellite System (gamma ray laser satellite) and Silent Satellite System (neutrino nuclear shielding satellite) experience.

He knew that a big era was coming soon. With the success of biological computers, it was very likely that they and G Organization would directly quarrel with each other.

So we must strengthen our side at all costs.

Huang Mingzhe doesn't know if Organization G will perish if it loses in this bet, but if humanity loses, it will perish.

…

"Sijia, this test was very successful. Next, we will design a small listening detector of about 5 tons to be installed on the satellite." Huang Mingzhe ordered.

Zhang Sijia took notes while listening. Then he thought for a moment and asked, "If the satellite is to be used, should we cooperate with the Aerospace Science and Industry?"

Huang Mingzhe nodded and then ordered: "In this regard, I will contact the Aerospace Science and Engineering Department. You will divide the research team into two. One part will continue to improve the Listening Detector-1, and the rest will be invested in the Listening Detector-2. type of R\u0026D work.”

"no problem."

After Zhang Sijia took note of these things, he immediately arranged the R\u0026D team, leaving a small number of R\u0026D personnel to improve the TITING-1 type, and the vast majority formed the TITING-2 R\u0026D working group.

Huang Mingzhe directly mobilized some satellite design engineers from the Aerospace Science and Industry through the City of Truth in Nanke Mengjie to come and help.

Thank you for your support! Thanks to book friend "Sunny Day One" for the reward (ω｀)