Otherworld Girl Development Guide

The excess power from the battery surges into the voltage armor, continuously heating the tungsten alloy. Due to the high energy level, the energy is even released as light and heat.

The surface of the voltage-armored material emitted a blinding flash of light, the kind only seen in electric welding. The intense light was so bright it was impossible to look directly at it, proving that with enough energy, even high-temperature resistant tungsten alloys could be vaporized into ions...

When the tungsten alloy armor-piercing projectile is evaporated into an ionized state, the surface temperature of the voltage armor increases sharply, and the surrounding air is heated and turbulent by the high temperature. The tremors of the hot air can be felt from a great distance.

"Power off!"

With a click, the power switch was pulled off, the voltage-controlled armor lost power, and the temperature slowly decreased as heat was transferred through the air and the armor itself.

"How much electricity did it use?" Dou Zong asked hurriedly.

“96%…” the researcher responded.

"96%?!"

Dou Zong pursed his lips. One shot... at most one shot, and that's assuming the battery is strong enough. The tank doesn't have that much battery.

"It's blocked!"

The old army commander's eyes lit up as he stood up, slowly walked out of the bunker, and headed towards the voltage-type armored vehicle, with the other two commanders following behind him.

"Wait a minute, commanders, the armor is still very hot!" Dou Zong hurriedly said.

"Don't worry, we won't cause you any trouble. We old folks are just going to take a look. You guys go about your business."

After speaking, the three old leaders, like elderly men, slowly walked to a position more than 20 meters away from the voltage-type armor and stopped to feel the intense heat in the air.

The voltage-sensitive armor surface was left with a dent from the 125mm tungsten alloy discarding sabot armor-piercing round—just a shallow dent...

Now they have not only more powerful weapons, but also more powerful shields, a type of armor that can greatly improve the survivability of soldiers!

"These young men... they're amazing!" the old Air Force commander said with some emotion.

“Good job, guys! I see the future in them.”

Despite their feelings of regret, the veteran leaders expressed their requests in a very "tactful" manner.

The old army commander didn't ask for much; he just wanted this technology to be used on infantry fighting vehicles and combat tanks. The new tanks need time to fire, so they could use external attachments as a temporary solution. If that didn't work, they could modify it like the Type 59. If possible, they could also see if the Z-10 attack helicopter could use it.

The Air Force chief demanded that the aircraft withstand "just one anti-aircraft missile," and "only one."

Because the navy is in the water, this type of armor cannot be installed on warships, but it can be used on carrier-based aircraft, with the same requirements as the air force: "just one anti-aircraft missile."

I had to write a leave request in the middle of the month, and I completely lost it.

Ah... my heart is pounding! I bought my computer eight years ago... because my C drive only has 50GB, it's been inexplicably filling up lately, so I reinstalled the system. But that only made things worse; it completely shattered my mental state!

The formatting wasn't done correctly; it formatted the system drive along with the data drive...

Then I went to the computer market to buy a system installation disk, only to find that the SSDs were all broken because they had been used for too long, and I couldn't install the system... The motherboard and memory were outdated, and the CPU was too old and its processing speed couldn't keep up.

In other words, my computer needs to be replaced entirely, including the CPS, motherboard, memory, hard drive, graphics card, and power supply.

This made matters worse for the already impoverished family of the Führer... They couldn't take it anymore and wanted to smash things.

I'm asking for a day off, and I'm praying I won't lose sleep and forget about it.

PS: Chapter 243 has been revised and is awaiting approval.

Chapter 244 Photon Printer

After the main gun test of the 99A tank was completed, Dou Zong politely declined the suggestion from the bigwigs to bombard the voltage armor with heavy anti-ship missiles.

"Comrades, this voltage armor is only a 1.0 version prototype. There are still many things that need to be optimized, and the amplifier made from grating stones has not yet arrived. However, comrades..."

At this point, Dou Zong narrowed his eyes and said mysteriously, "...Why don't you go and take a look at the Institute of Quantum Optics of the Chinese Academy of Sciences? There's something good being tested there."

"Hey?" The old army commander was taken aback, then laughed and said, "Look at you guys, these kids nowadays all know how to whet people's appetites. Let's go see what good stuff they have."

"But you need to hurry up on your side too."

After giving some instructions, the three senior leaders left the firing range and headed towards the Quantum Optics Research Institute. Judging from Dou Zong's words, it seemed that there was something there that could stop heavy anti-ship missiles.

"I'm telling you, Dou Zong... you're stealing bamboo shoots! They're just for testing now, and you're letting the leaders see them..."

"Alright, let's get ready. Let's start by putting it on the unicorn in the warehouse. That's the boss's big toy; he's piling all sorts of new technologies on it..."

"How do we solve the power supply problem?" the researcher next to him asked, frowning. The voltage armor was a real power hog.

"Use an external battery backpack. Oh, and also use the new liquid metal cooling technology, and add a crystalline heat insulation layer."

The new liquid metal is a silvery liquid metal similar to mercury with a high surface tension. When stimulated by an electric current, it changes its flow direction according to the direction of the current. It also has thermal conductivity three times stronger than copper.

When the voltage-type armor vaporizes the incoming warhead, it also releases a large amount of heat. This heat is absorbed by the liquid metal coolant and recovered as electrical energy through heat conversion, which is then used to charge the superconducting battery.

This liquid metal cooling system is not only useful in the military field, but also in civilian and scientific research fields. For example, in the Earth's core scientific expedition, humans will not only go to the sky but also go to the earth. One day, we will go to the Earth's core to see what liquid metal will do.

However, voltage-type armor has a fatal flaw: it is not resistant to ceramic projectiles and can only rely on the strength of the armor itself to withstand them.

"When we use armor made of a mixture of grating stones, titanium crystals and new superconducting materials, it will be a true energy-charged armor. At that time, our aircraft will have the protective capabilities of a tank!"

The ability of the grating stone to amplify the frequency of photons makes the particle nature of photons particularly obvious, which may result in a full-coverage energy layer on the surface of the energy armor. At the same time, the internal electromagnetic pulse will also strengthen the molecular structure, which is the final version of the energy armor.

However, things must be done step by step. Dou Zong guesses he'll leave the research on the energy armor to his own child, hoping the child will be as intelligent as his two senior classmates...

"Alright, let's call it a day... Let's go back and check if there's any damage to the armor's microstructure."

Dou Zong managed to get rid of the old leaders, but the Quantum Optics Research Institute was starting to have a headache.

The three leaders walked into the research institute with smiles on their faces. When asked what they were there for, they said they were just looking around. Later, through a rumour, it was learned that the three leaders had just returned from the firing range and had just finished looking at the voltage armor.

Good grief, they still have no idea what happened... those guys "sold them out".

"Chiefs... ahem, welcome! Next, let me show you our Nine Chapters No. 3 quantum optical computer, the pride of our Quantum Optics Institute!"

After speaking, the director led the three leaders into the research institute, explaining as they walked:

"Compared to Chapter 9-2, our Chapter 9-3 uses photonic elements made of grating stone. However, it is only a first-generation photonic element. The distance between it and the Casimir crystal is roughly the distance between our first electronic computer and a modern nanoscale CPU..." the director said proudly.

In 1957, China's first electronic computer was tested, but in just over seventy years of development, it has undergone tremendous changes. The director's point is that China will definitely master Casimir crystal technology within three generations!

This can be considered a Versailles unique to scientific researchers.

"...Mastering mature quantum computing technology within a century."

The leaders nodded. Although they weren't entirely clear on what Casimir crystals were, they were familiar with quantum computers, whose computational power could easily outpace all existing supercomputers.

"Alright, this is it. Our Nine Chapters No. 3 Quantum Computer PLUS uses a brand new architecture, and its computing power is a tiny bit faster than before."

The leaders stared wide-eyed at the computer, which was made entirely of light, and the photonic elements made of grating stone emitted colorful lasers carrying enormous amounts of information, exchanging information at unimaginable speeds—quantum optical communication.

This is a scene that can only be seen in science fiction movies, and now it is unfolding before their eyes.

Wait a minute, the naval commanders suddenly realized that while the Nine Chapters No. 3 was very advanced, it wasn't what they wanted to see.

"I said, don't hide things from us. Why are you hiding things from us?"

Following the words of the naval commander, the other two commanders also realized, "Oh right... that's not what they wanted to see."

"Uh, isn't this to report our achievements to the leaders..." The director chuckled, "...Relying on the ultra-high computing power of the Nine Chapters-3 satellite, we have created what can be called the first photonic printer in human history."

The director clicked his tongue with a hint of regret. This thing would definitely win a Nobel Prize on Earth, but that prize carries too much political connotation, and they don't care about it. China's scientific achievements don't need a foreign award to prove them.

"Wow, let's see what this treasure is!" The leaders couldn't help but become curious.

"This side, please..."

Under the director's guidance, the leaders finally saw the "photon printer," which looked somewhat like a phased array radar, except that the radar surface was covered with a large number of photon elements made of grating stones.

"This is a photon printer. Due to confidentiality regulations, I cannot go into detail about the specific technical principles..."

This thing is a rudimentary replica made using quantum optics after long-term observation of the "Goddess Treasure" void printing technology, and it can only fix photons.

"...Simply put, it's about using quantum optics to print an invisible wall in front of a printer."

Chapter 245 Your PPT? Not your PTT~

"Simply put, it's about using quantum optics to print an invisible wall in front of a printer."

Wow... It sounds simple, but the amount of information is terrifying—an invisible wall!

"Shield?"

The naval commander asked, "We know a lot about energy shields or protective shields from American science fiction movies."

"It's not that advanced. Fixing so many photons would require an enormous amount of computation, which is only possible once quantum computers mature. Our method can only fix a 'small number' of photons to form a 3cm x 3cm photon wall, which is almost thin and can be considered a two-dimensional plane..."

The director of the research institute was filled with pride. This thing also uses the principle of focused laser, but the distribution method is different. It uses a high-frequency amplifier to convert photons from waves to particles, and then uses quantum mechanics to anchor them in the void. However, the existence time is only a moment.

However, because the photons are packed tightly together in the void, their strength far exceeds that of any current solid material.

"Get ready."

The director waved his hand, and a researcher walked to the ballistic gun with a bullet, which was 20 meters away from the photon printer.

Immediately, the eyes of the leaders lit up; it seemed they were planning to put on a show right in front of them.

After working on the ballistic gun for a while, the researchers loaded the bullet into the chamber and handed the firing timing over to the quantum computer.

"Alright, leaders, next we'll demonstrate the effect of the photon printer. Because the existence of photons is too short-lived, only quantum computers can seize the right moment."

After saying that, he signaled that the experiment was ready to begin.

Several researchers quickly stepped forward and busied themselves on the controller, checking the operation of Chapter 9-3. After confirming that the quantum computer was functioning normally, they delegated the authority for the photon printer to the quantum computer.

"Experiment countdown...3...2...1..."

Bang! The bullet in the ballistic gun was activated, and everyone present felt a flash of bright light before everything returned to normal, as if nothing had happened.

"Experiment over... Let's replay it."

Everything happened in the blink of an eye, too fast for the human eye to process, but it was recorded by a high-speed camera.

In slow motion, the ballistic gun is activated, and the bullet flies towards the pre-aimed printing area after leaving the barrel... At the same time, the quantum computer Chapter 9-3 begins to calculate the bullet's flight speed and the contact time with the printing area.

The bullet's tip wobbled slightly and cut through the air as it approached the photonic printer. The photonic printer activated the instant it got close to the printer's area!

The element made of grating stone flashed for a moment, and the high-energy light wave was converted into particle photons. It was then emitted into the printing area through a beam and, through quantum optics, was two-dimensionally fixed in a 3CM*3CM area.

The instant a steel-core bullet comes into contact with a two-dimensional photon plane, the high-energy photons shatter the microstructure of the steel-core bullet, manifesting as a burst of intense light.

Chemical bonds broke, turning into molecular-level dust that dissipated into the air... as if the bullet had never existed.