Activating the Omniscient System, I'm doomed!

"Please tell me the information, location, and quantity of lunar soil, mare basalt, and anorthosite. Please sort by distance and provide a detailed description of the security situation in the storage area."

Luo Yi activated the Omniscient System, silently recited a phrase, and a prompt immediately appeared on the virtual interface before him:

This issue is expected to take 116 seconds.

The search for materials such as lunar soil has been completed.

【1. Material Information:】

[Lunar soil: Simply put, it's the soil from the moon. It's rock powder that has been impacted by meteorites over billions of years. It's extremely fine dust composed of rock mineral particles and glassy particles, resembling ultrafine glass powder in appearance.]

The main components of this substance are elements such as oxygen, silicon, aluminum, iron, and calcium.

[Lunar mare basalt: Basalt formed from cooled magma during early lunar volcanic eruptions, approximately 31 billion years old, and resembling basalt in appearance from the modern world.]

The main mineral components are iron, titanium, pyroxene, olivine, and ilmenite.

[Anorthosite: When the magma ocean of the early Moon cooled and crystallized, some minerals precipitated from the magma and crystallized, eventually forming anorthosite, which is about 45 billion years old and looks somewhat like white granite or white marble.]

The main mineral components are calcium, aluminum, and plagioclase.

2. Material location, quantity, and security information:

[1653 kilometers southeast of you, at the University of Tokyo's "Aerospace Research Institute Base No. 7".]

[This location contains 3595.56 grams of lunar soil, approximately 7.19 jin (3.85 catties), stored in the "Lunar Exploration" laboratory warehouse; and 4695.4 grams of lunar mare basalt, approximately 9.39 jin (4.85 catties), stored in the "Basalt" laboratory warehouse.]

This location is a heavily guarded military site with SSS-level security. All laboratories are reinforced with aerospace-grade aluminum alloy. To enter the base's laboratories from the outside, one must pass through 11 checkpoints. The final checkpoint only allows three designated scientists to enter at a time.

[7930.9 kilometers to your northwest, Xiongzhou Institute of Aerodynamics.]

[This location contains 536 grams of lunar soil, of which 116 grams have been lost, leaving approximately 1.04 kilograms, stored in safe number 13 on the fifth underground level; and 2406 grams of lunar mare basalt, approximately 4.81 kilograms, stored in safe number 21 on the fourth underground level.]

This location belongs to the core base of Xiongzhou. Each floor is monitored by panoramic cameras. Although there are only three security checkpoints, anyone who approaches within 5 kilometers will be shot dead, and a level one defense will be activated if they approach within 3 kilometers.

[At kilometer 14569 in the direction of West Nan, North Continent 'Nessa Space Centre']

[This location contains 581.33 grams of lunar soil, approximately 1.16 jin (50 catties), stored in Cultivation Warehouse No. 2 in the South Zone; 203.66 jin (101.8 catties) of lunar mare basalt, stored in Ore Warehouse No. 16 in the South Zone; and 20.9 jin (10.8 catties) of plagioclase, stored in Ore Warehouse No. 16 in the South Zone.]

This location is the first aviation research base in the Northern Continent. Security is outwardly strong but inwardly weak, primarily relying on infrared scanning and identity recognition to monitor the base. The four security checkpoints mainly use palm prints, iris scans, and facial recognition.

[The entire moon is located 384496 kilometers above your head.]

This location contains abundant lunar regolith, stored on the surface; large quantities of lunar mare basalt, stored in the low-lying areas on the near side of the moon; and abundant anorthosite, stored in the high-lying areas on the far side of the moon.

This location is an unattended area with zero security...

Of course, Roy had no intention of going to the moon; after all, it wasn't already happening in the world.

"I only need 3.6 kilograms of lunar soil, and 18 grams of plagioclase and mare basalt."

This quantity is entirely achievable.

Luo Yi's first reaction was to steal from the North Continent's Nassar Space Center—no, to borrow it.

However, the lunar soil in this area is only about 1 jin (500 grams), which is far from enough.

"We can only borrow a portion of the lunar soil material from the University of Tokyo."

Luo Yi couldn't help but think of his identity as a member of the National Special Service.

If one uses this identity and pretends to be conducting research, it is certainly easy to obtain.

But if he stays with the National Security Bureau, the restrictions will increase and the problems will become bigger and bigger.

Luo Yi shook his head, not intending to show himself.

He has already achieved level 5 physique and has an omniscient system, so there's nothing he can't get.

There must be a way.

Stealing? The security level is too high, the operation is too complicated, and it might even attract the attention of the Northern Continent, prompting them to improve their security system.

"Moreover, the quantity is too large. The country only has 7.19 jin of lunar soil in total. If he steals 3.6 jin at once, the impact will be too great, and it will bring a lot of follow-up troubles."

After a moment's thought, Roy quickly came up with a relatively simple and safe solution—exchange.

Although he had an idea, he still invoked the omniscient system to inquire:

"How can I safely and quickly obtain 3.6 kilograms of lunar soil from the 'Aerospace Research Institute Base No. 7' of Southeast University? The conditions are limited: it cannot cause me any subsequent trouble, and it cannot affect the quality of the material."

This issue is expected to take 32 seconds.

The question about quickly obtaining lunar soil has been answered:

This can be completed through a transaction.

The Southeast University Aerospace Research Institute is facing the challenge of "Mars sample return." If you provide a solution, you can successfully obtain 3.6 kilograms of lunar soil.

"This is indeed the best method."

Luo Yi smiled.

He always tries to think for himself and then has his ideas verified by the omniscient system, and now he has made significant progress.

Perhaps in the future, we won't even need the system to provide solutions.

Luo Yi felt very reassured.

However, he knew nothing about the aerospace technology challenges of Mars sampling and had never studied them.

By posing the problem to the omniscient system, a solution was quickly found.

Simply put, currently, the only thing the world can do is land on Mars and collect samples.

However, it is impossible to return.

Because of the vast distance, the closest point is 5500 million kilometers away, which is more than 143 times farther than the moon.

At such a distance, not only is the signal delay difficult to control, but the spacecraft also cannot complete the task in one trip.

It needs to be relayed.

In other words, after the samples are collected on Mars, a rocket will be launched from the Martian surface to send the sample container into Martian orbit, and then the orbiter will precisely dock with it to retrieve the samples.

Currently, no one in the world has successfully launched an ascent vehicle to Mars, which is the first major challenge.

The second is the precise docking of the orbiter, which should be like a hand catching the sample compartment in Mars orbit.

The third challenge is to reduce signal delay and achieve precise control over a distance of tens of millions of kilometers. Otherwise, if scientists send a command to turn left, it will take several days for the other side to react.

The omniscient system has solved all of these difficulties.

It only took 71 seconds.

'Perhaps we could also exchange ores from the Northern Continent for these ores and have them sent over?'

Luo Yi looked at the densely packed technical documents and pondered.

This technical document might be priceless to others, but to him, he could generate hundreds of thousands of copies a day.

As long as you can get the resources you want, it doesn't matter if you give out a few; it might even help the industry progress and ultimately benefit yourself.

Luo Yi pondered for a moment, then turned on his computer and sent a letter to the dean of the Aeronautical Research Institute of Dongda University.