Fooling Tomoko into being a system

Although Thomas Vader did not have any image data of the Trisolaran fleet arriving at the outer reaches of the solar system, Thomas Vader was not a person who gave up easily. After he lowered his head and pondered for a moment, he seemed to have thought of something.

The Dark Forest Strike Early Warning System provided inspiration to Thomas Vader. It was the early warning system that reminded him that the Trisolaran Fleet has a light-speed spacecraft!

Thomas Vader took out a rectangular fully transparent interface from his arms, pressed it to write it down, and contacted the Dark Forest Strike Warning and Monitoring Center, ordering the personnel at the monitoring center to immediately retrieve all the cosmic radiation data that the earth has received in the past three years. .

Then compare the cosmic radiation in the past three years with the frequency of radiation produced when the Trisolaran fleet arrived in the solar system. Then, based on this radiation frequency combined with the location and time of the departure of the Trisolaran fleet, we can reverse the origin and deduce the Trisolaran fleet. The voyage of the fleet.

This process of finding radiation frequencies, comparing them, and sources requires an enormous amount of manpower and computing power.

However, Thomas Vader's identity as a sword bearer gave him exactly this right.

With a phone call from Thomas Vader, a large scientific research team was quickly formed. Under the fast lane of the sword-wielding man's command, all requests, whether reasonable or unreasonable, were dealt with one by one. satisfy.

When this scientific research team finds matching cosmic radiation, it means finding the radiation traces left by the Trisolaran fleet's light-speed spacecraft during the space voyage. This is a relatively low-level aerospace data, but it is enough for Thomas Vader. .

As long as the radiation trace left by the Trisolaran fleet does not appear as a long continuous straight line, it can be judged that the light speed spacecraft in the Trisolaran fleet has docked.

The principle of using this data is very simple, just one point is all it takes, and the only difference is a small association.

Thomas Wade uses the principles of the Dark Forest Strike Warning System.

The light speed spacecraft and light particle strikes both fly at the speed of light. Conventional observation equipment cannot observe the speed of light. Even if the light speed spacecraft and light particles do not actually reach the speed of light, they are only close to the speed of light.

The strike early warning system uses the difference between near-light speed and light speed to provide early warning. Light-speed spacecraft and light particles flying at near-light speed will rub against the tiny dust in the universe to produce a large amount of radiation. This radiation will travel at the speed of light, which is faster than the speed of light. Grains faster!

If the light-speed spacecraft and light particles are always flying at nearly the speed of light, then the radiation generated by friction will always produce radiation. Of course, the light particles are always flying at nearly the speed of light, but the light-speed spacecraft is different.

Once there is a problem with the engine of the light speed spaceship, it slows down and docks, and the friction with the tiny dust in the universe produces radiation, which will interrupt the radiation received by the dark forest strike warning system.

When the light speed spacecraft decelerates, a breakpoint will be generated, and data such as the departure distance and time of the Trisolaran fleet will be added to it, which is basically equivalent to real-time monitoring of the Trisolaran fleet.

If you study it in depth, this is a brand new science that specializes in analyzing the traces of light-speed spacecraft.

After Thomas Wade gave all the orders, he explained this principle to Luo Ji and others, and received a few surprised looks.

"In short, as long as we compare the data through radiation, we can get the flight trajectory of the Trisolaran fleet.

It can also be known whether the Trisolaran fleet has made many deceleration stops, so as to determine the extent to which the Trisolaran fleet has mastered the light speed engine technology. Whether it is a mature technology after many experiments, or whether it suddenly acquired this technology.