Eh? Do you also want to try the iron fist of the humanoid girl?

This was a lucky escape, as it almost slashed the left carotid artery. But now that things have come to this, there is no turning back for them, and the same is true for the deceased.

About 1 minute later, the man completely lost all signs of life.

Chapter 10 Northern Lights 5

"How did you get... these data?"

Raphael felt that she should get to know the puppet "Flying Bird" again. This was not an ordinary intelligence controller, but a genius!

"The radiation brought by the collapse fluid has more effects on the biological level. As long as the explosion does not destroy the local networked equipment immediately, I can use the computer resources of the Research Projects Bureau to break through their network protection..."

Fei Niao raised the iPad in his hand, and the progress bar on the screen was jumping all the time.

She downloaded a large amount of electronic data from the signing ceremony between the new Soviet Union and Norway from the server that was still operating.

She put all the information that might be useful in the download directory, and took away as much information as possible from various servers before all Internet services in Norway went down.

If for no other reason than to know what exactly happened in Oslo, the capital of Norway, on the day of the incident.

……

A dozen hours ago, in Oslo, the capital of Norway.

Dawkins felt something was wrong while on patrol, so he went to his captain and reported, "There's something very strange going on."

"what's up?"

"Probably..."

Dawkins wiped the frost on his watch face, carefully checked the time and said:

"Just 48 minutes ago, a strange light truck arrived at the VIP parking lot. There was no information on the body of the truck indicating its owner, but the driver said that there was a problem with the radio equipment in Area B of the venue, so a replacement equipment was temporarily delivered. However, when I was patrolling the perimeter a few minutes ago, I saw that the car was parked directly on the side of the road. It did not follow the route I specified, and the guy driving it was gone."

"What do you want to tell me?" asked the captain.

"I think we should go check out this car."

"Okay, radio some guys over here. Go check out the neighborhood."

Captain Bertram said as he checked the license plate number against the log book.

"I was planning on going over to the loading dock to help the guys in charge of logistics drag out the things for the cold buffet this afternoon. Now you've given me a hard time. Now you have to do it for me, okay?"

He made a light joke.

"Of course, Captain." Dawkins shrugged, knowing that Bertram had taken the responsibility for the matter, and he had no reason to refuse the captain's kindness.

The squad leader on duty pressed the PTT button on the shoulder strap of his tactical vest, turned on the radio and said:

"Officer Walton, this is Lieutenant Bertram from the 4th Patrol Squadron of the Norwegian Defense Force. Can you meet me at Gate B of the VIP parking lot now?"

Dawkins left the parking lot and headed straight for the loading and unloading area. He saw several Wehrmacht cargo trucks fully loaded with goods being loaded and unloaded without any need for additional manpower.

Two command sergeants of the logistics team saw Dawkins approaching and asked, "Any questions, Sergeant?"

"Bertram asked me to come and help."

"Oh, our driver injured his knee and we need someone to take him to the infirmary. Can you help?"

"no problem."

Dawkins walked to the car door, let go of his hands, and let the rifle hang on his body by the gun belt.

"Hey, man, grab my hand and come down slow."

"Be careful."

When he caught the driver, he took two steps back to steady himself.

This guy is really heavy.

Lieutenant Bertram and his supervisor found Officer Walton waiting outside Gate B of the VIP parking lot, and the three of them walked towards the problematic truck mentioned in Dawkins' report and log book.

The captain climbed into the cab of the light truck first and took a look inside.

"There's nothing in the cab!"

Officer Walton, on the other hand, put on a gas mask and directly opened the double doors of the cargo box.

"Damn it...why is this thing?!"

The dull container was illuminated by a faint green light, and a flickering red in the center made him terrified.

"0001, 0002, 0003..."

Officer Walton recited silently, and every time he read out four numbers, the corresponding numbers on the electronic screen also jumped.

"It seems... this may not be a false alarm."

Lieutenant Bertram also saw what was in the cargo box. It was not a radio device, but a truck full of bombs.

"Captain, I think we need to call in the bomb squad."

"Well, you stay here and assist Officer Walton in controlling the scene and keep a close eye on this thing," the captain ordered. "I'll call the Wehrmacht's bomb disposal team and relic science consultant."

"Yes, sir."

Lieutenant Bertram watched his superior leave, then turned on the radio and called everyone in the platoon. He dispersed the three teams to a location about 30 meters away from the truck to analyze the scene.

"Lieutenant, would you like a cup of hot cocoa?" Walton brought the drink. Although it was just a casual greeting, it still couldn't hide his worried tone.

"Thank you, I feel much better."

Bertram held the cup with both hands, took a sip, and felt much warmer.

At this time, a red sun poked half of its head out from the thick clouds of wind and snow. Although the temperature was very low and there was a strong wind, the appearance of the sun made people feel extremely warm.

He turned around and decided to check on the status of the bomb truck again.

However, he would never see it again.

But he was also lucky, avoiding the pain brought by ELID's wide-area radiation infection.

……

Interestingly, the detonation of the collapsed fluid storage lattice is very similar to that of a pure fission nuclear weapon. Of course, it is only the detonation method that is similar.

"Is that all there is?"

After Raphael read the events leading up to the explosion reconstructed by Asuka based on online archives, radio communication records, and information entered by the police, he couldn't help but take a deep breath like humans.

The cool polar wind poured into his body, neutralizing much of the heat that had accumulated when his mind core was operating.

"That's all we have for now," Asuka nodded, "but I found... no, I discovered the method for detonating the crystal lattice that stores the ruins' collapse fluid."

"What is it?"

Raphael didn't say any of that "you know these are potential terrorists" bullshit, his eyebrows involuntarily moved closer together.

"It's actually very simple," Fei Niao explained excitedly, "You should have information on fission nuclear weapons. The method of detonating the crystal lattice comes from that."

"Implosion?"

"Yes, that's right. Raphael, very smart!"

"Get lost."

Raphael said angrily:

"Pure fission weapons are nuclear weapons that use only nuclear fission as an energy source. The principle is to use chemical explosives to detonate, squeezing fissionable materials (plutonium or highly concentrated uranium) below the critical mass into materials that exceed the critical mass, and then inducing a chain reaction... The detonation of the lattice was inspired by the chemical explosives."

"Completely correct."

Chapter 11 Northern Lights 6

The first nuclear device in human history was a pure fission weapon - a fission weapon called Gadget, which was tested on July 1945, 7 in the famous "Trinity" nuclear test.

The "Little Boy" and "Fat Man" bombs that destroyed Hiroshima and Nagasaki were pure fission weapons. Specifically, the "Little Boy" in Hiroshima was a uranium fission bomb detonated by compression, while the "Fat Man" in Nagasaki was a plutonium fission bomb detonated by implosion.

The "implosion" mentioned by Raphael is the detonation mode of "Fat Man". As she and Asuka discussed, the detonation technology of the collapse liquid storage lattice comes from this.

Pure fission weapons are entry-level nuclear weapons and the cornerstone for further development of any other type of nuclear weapons.

Since modern nuclear weapons (two-phase bombs and hydrogen bombs) all require pure fission devices as their primary devices, strictly speaking, two-phase bombs are fission/fusion hybrid devices, which makes pure fission nuclear weapons the first threshold on the road to modern nuclear weapons.

In addition to the five permanent members of the United Nations Security Council, Israel, India, South Africa, Pakistan and North Korea are also considered to be the owners of pure fission weapons. Among them, Israel and South Africa are suspected to be the owners of pure fission weapons.

To understand fission weapons, one must understand the two mainstream design methods, namely compression and implosion.

The nuclear material in a compressed atomic bomb is generally divided into three pieces, all of which are in a subcritical state. After the detonator is detonated, one of the pieces is quickly shot towards the other two, causing the three pieces to merge into one. This greatly exceeds the critical volume and causes a nuclear explosion.

The manufacturing technology of the compressed atomic bomb is relatively simple and easy to make, but its disadvantage is the low utilization rate of nuclear materials.

When the fission reaction occurs, the nuclear material is at normal density and has not been compressed. After the nuclear explosion, these nuclear materials expand rapidly and instantly return to the subcritical state. Most of the nuclear materials do not have time to participate in the fission reaction, resulting in a very low utilization rate.

The implosion-type atomic bomb is designed to overcome the above-mentioned shortcomings of the gun-fired atomic bomb.

This atomic bomb uses a highly synchronized implosion technology, utilizing high-energy explosives to explode from the outside in to compress the nuclear material, effectively reducing the volume of the nuclear material that was originally in a subcritical state and greatly increasing its density, thereby exceeding the critical state and causing a fission explosion.

The probability of neutron collision in high-density materials is greatly increased and leakage is reduced, which makes the fission reaction fast and violent, significantly improves the utilization rate of nuclear materials, and increases the power of the atomic bomb.

Of course, the difficulties faced by implosion-type fission bombs are far more than this. However, this highly synchronized implosion technology has a very high efficiency in using the collapse fluid to store the lattice...

After all, there is no need for the lengthy and rigorous purification of the materials involved in the explosion.

Many ruins have storage lattices, which saves humans the trouble of purifying the original liquid. After all, the lattices store extremely high concentrations of collapse liquid.

Humans just need to improve the precision of the implosion.

That is, after the inner explosive wrapped outside the nuclear material is detonated, a spherical detonation wave is formed, which compresses the object inward. The key at this time is that the propagation of the detonation wave must develop synchronously, and the spherical waveform must be kept propagating and compressing inward at all times.

By utilizing the completely uniform and accurate explosion waves generated simultaneously, a force like a mountain falling down on one's head is formed, with all errors controlled within a few millionths of a second, and at the same time, all surfaces of the collapsed lattice are violently squeezed.

This is impossible to achieve with compacted atomic bomb technology, because simple bombardment cannot penetrate the lattice armor.

It is not easy to achieve this, as it places very high demands on the simultaneity of the detonation signal and the detonator explosion, as well as the geometric symmetry and density uniformity of the explosive components.

In other words, this is not something that can be done by just finding two miners playing with explosives. Instead, it requires scientists from many related fields to work together.

Although humans are already able to manufacture three-phase bombs, the implosion-style gameplay still has extremely stringent production requirements.

If someone said that it was done by a terrorist organization, Raphael would slap that person in the face.

Only nuclear-weapon states can achieve this kind of technology.

So the question is, who did it? Who can benefit from this incident?

Raphael felt like his core was about to burn up, the temperature was incredibly high.

He sat down, rubbing his brows with his right hand, hoping to smooth out the wrinkles between his brows. It would not look good if they left long-lasting marks.

Opening her laptop, she used the work logs downloaded from various Norwegian servers by FeiNiao to draw a map on the satellite map.

This map records the process of Internet server outages across Norway, which indirectly reflects the speed of the impact of the lattice explosion on the surrounding areas.

As the map became more detailed, shocking facts appeared before Raphael and Asuka.

The Norwegian capital of Oslo has been hit by more than one explosion, which would explain the extent of the current contamination.

Similarly, based on the records left before the servers were completely destroyed, Raphael could basically understand the specific process and time of the collapse fluid explosion.

"This information... would you mind if I write it in the form of a report?" she asked Asuka.

"This is a demo map made during the server's offline time. Raphael can use the data as he pleases."

Although Raphael was at the absolute top of the pyramid in terms of status, she did not use that power without reason, but instead maintained the weak family relationship between the host and the puppet very seriously.

In theory, the "Asuka" personality is a part of "Raphael", so all the achievements and knowledge made by "Asuka" belong to "Raphael", but in fact Raphael respects the achievements of each "sister" very much.

That is the result of their own efforts, not the host who did nothing.

"Then I'll send it out." Raphael reminded finally.

"Let's go."

Fei Niao stared at the computer screen, and the AI-assisted data sorting system she built was working hard. This was the first time the system was put into operation, and it was also a test of the system's stability and efficiency.

"I'm busy here," she said.

"Sent."

Raphael stared at the words on the screen saying the email had been sent, straightened his back and stretched, then leaned back in his chair to relax.

Anyway, Norway has been bombed. It is conservatively estimated that half of the Scandinavian Peninsula will become a highly polluted area. Sweden, which is close to Norway, is really unlucky.