Born Tech Mad

Half a month later, the nano-integrated circuits and various nano-electronic components needed by Ross were finally manufactured under the non-stop work of 3,000 robots. √∟

All the nano-production lines are also completed, so that the robots stop manufacturing nano-materials, and Ross re-implants the operating procedures for them, and all the robots go to the production line to start manufacturing nano-chips, nano-processors, and nano-hard disks...

With the support of these super hardware, artificial intelligence technology can play a more perfect performance.

Ten days later, nano-chips, nano-processors, nano-hard disks, nano-memory... were finally manufactured.

The new nanochip is only the size of a human hair, with a size of 100,000 nanometers. The various integrated circuits installed on it are only 1,000 nanometers in size. Various capacitors, resistors, transistors...inductance components are all manufactured in nanometer units.

The most important nano-silicon wafer has a performance 1,000 times higher than that of ordinary chips, and it can withstand even a super-strong voltage of 20,000 volts, and they will hardly short-circuit.

The chip of the central processing unit is more advanced, and the speed of processing information and calculations per second is extremely terrifying, which is 10,000 times that of ordinary computers.

The storage capacity of the nano-hard disk reaches 100,000 terabytes, which is 100,000 times that of ordinary computers.

The performance of the nano memory stick has reached 10tb, and the highest memory stick in the world is only 128g.

The power storage capacity of nano hard drives is 150 times that of high-energy storage batteries. A nano-battery the size of a fingernail has a power storage capacity of 3,000 degrees.

Ross was so excited that he packed these nano parts in a plastic box and ran to the artificial intelligence building.

The research and development of nano-hardware made Britney and others very excited. They surrounded these small parts and started to get busy.

With the help of the robotic arm, each tiny chip is divided according to different functions. The robot arm uses a laser to weld the chip on the nanoplastic plate. After hundreds of powerful nanochips are combined together, a chip set the size of a fingernail is formed.

The function of this chipset is too powerful. Hundreds of hair-sized chips run at the same time, and the functions exceed the combined capacity of 1 million computers.

with them. Britney's neural network technology no longer requires millions of chips and processors. Just ten of these chipsets could replace everything, not even a supercomputer.

The super performance of nanomaterials can run all the smart software at the same time, not to mention that Britney and others only produced 5,000 smart software, even if it is 50,000, it will not affect the functions of these chipsets.

This integrated chipset connects a nano-hard disk the size of a fingernail and connects the circuits of each chip. Manufactured from varnished nanofibers and nanowires.

Britney, Tan Ying and others began to be busy implanting various drivers into the chip, installing various operating systems, application systems, and then installing intelligent software.

Ross couldn't wait, and ran into the arc reactor factory, and handed over the nano-hardware that could only be seen with a magnifying glass to the arc reactor experts, and Ross asked them to miniaturize the arc reactor.

The reaction furnace no longer needs to be three meters in size, and can be reduced to the size of a palm with nanomaterials, after installing various hardware. The arc reactor can be carried with you. With this nano reactor, Ross can provide powerful electricity to Iron Man's armor.

Exit the arc reactor factory. Ross also handed over some nanomaterials and nanochips to the weapon factory. With these tiny nanochips, the various systems of the missile are not a problem, and it is not a problem for the missile to be reduced to ten centimeters.

There was a rapid beating of the heart, and the flustered feeling made Rose feel dizzy every step of the way. Almost stopped even breathing.

After a busy month, Rose suffered a lot. His heart, which was already bad, had another attack. Rose almost thought he was going to die. After holding back for a full minute, Rose was able to catch his breath, his heart slowly returned to normal, and Rose's whole body was already breaking out in cold sweat.

"This heart disease must be healed, otherwise, maybe I will die tomorrow."

The pain caused by the heart made Rose afraid for a while. This heart surgery must be done as soon as possible.

Time can't wait anymore, Ross is not sure how effective Britney's artificial intelligence and neural network are.

Iron Man's armor requires various weapon systems in addition to chips, power, and energy.

Ross didn't want to put the eggs in one basket. If the artificial intelligence technology and neural network technology couldn't perform perfectly, time would be wasted.

Gritting his teeth and struggling, Ross climbed into the laboratory and decided to use nanofibers and nanochips to make nanocombat suits by himself.

In the laboratory, a group of fist-sized nanofibers is driven by a weaving machine, which is like weaving cloth, weaving nanofibers into cloth.

In about an hour, a nanofiber cloth as thin as nylon was produced. Who would have imagined that this cloth is only made of two fibers, and its weight is only about 100, but the price is 300,000 US dollars higher.

Using a laser, the nanocloths are cut into pieces, and Ross then machine-sews the cloth into the shape of clothing.

Obviously, Ross has a talent for tailoring. The size of this nanosuit is only about the size of a three-year-old child, but due to its super elasticity, Ross feels that it fits perfectly after wearing it. With the super elasticity of nanomaterials, even if you transform yourself into a Hulk, this suit will not be broken if it is five or six times larger.

In order to test the power of this nanosuit, Ross picked up an alloy knife made of 20 times special steel, and stabbed it hard.

The extremely sharp alloy knife is enough to cut any metal, but after touching the nano-combat suit, there are only scratches on the clothes. The nano-molecules are six ring-shaped, and they have the ability to replicate and recombine. Where the blade cuts, microseconds In between they are reorganized. When the knife left the nanosuit, the clothes returned to their original state.

This is just a layer of clothing with a thickness of only 10,000 nanometers. If two layers are thickened, one can imagine how strong the defense is.

Ross is satisfied. Putting on the nanosuit, Ross's only feeling is that his body is airtight, as if he is in an absolutely closed environment, and he can't feel the external airflow. He is too sweaty. If he sweats, the clothes will stick to his body , it will be uncomfortable.

In order to solve this problem, Rose built a nano-battery, combined with nano-metals, to create a miniature air conditioner in the clothes. This air conditioner is only the size of a fingernail, and it can keep the clothes at a constant temperature without making people feel uncomfortable.

The defense and safety performance is good, but the nano-combat suit without weapons has no effect.

Rose suddenly remembered the spider silk power of spider silk.

The performance of the nanofiber is so strong, the combat power produced can be equivalent to the ability of Spiderman.

Add a group of nanofibers the size of a fingernail to the two sleeves, and cooperate with a micro ejector to eject the nanowires.

It took Ross a little time to build this ejection system.

The power system can only use nano motors, elastic systems, electromagnetic ejection, electromagnetic coils made of nano metals, the magnetic force generated is 10,000 times that of ordinary electromagnets, because the conductivity of nano materials is too strong, and the ordinary current 10,000 is released at once. They can also withstand double the current.

It took three days to create a small nanomotor and a catapult the size of a cigarette.

After Ross connected an ordinary nanochip to the chip in the electromagnetic catapult, he gave a voice command to eject the nanowire.

With a whoosh, the electromagnetic catapult blasted out a powerful current, directly ejecting the nanowires. The sharp nanowires shot out like bullets, with an initial velocity of 15,000 meters per second. Due to the lightness of the nanowires, the nanowires The power has weakened a lot, but the power of the electromagnetic ejection is no small matter, directly piercing a piece of 2 cm thick 4 times special steel through a hole the size of a hair.

The power of this thing is comparable to an alloy sniper rifle, and its range has reached more than 2 kilometers.

Ross voiced one more time: "shrink"

After the chip received the command, it started a small wheel, and the nanowires that were shot out were shrunk back in less than a second.

"I rub it, the power seems to be good."

"We have to get another set of nano-shoes that can bounce, at least to allow people to jump a hundred meters high. In addition, electromagnetic gloves that imitate geckos must also be equipped."

Ross was excited. Although the power of the nano suit is not as powerful as Iron Man, it seems that Spider-Man is not too bad. Ross plans to add 20 more systems, and the nano suit will be perfected first. (To be continued.)