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He then relied purely on his photographic memory, and manually carved out a 1μm (micron) chip and silicon-based storage particles from the chip manufacturing process structure.

On this particularly memorable day of March 8, 3020, Mr. Clark reinvented the 386 computer through sheer manual work.

Theoretically, his manual carving precision could reach the nanometer level, but the required concentration was too high, making the delicate control exhausting. One tiny mistake would ruin the entire silicon wafer, and it couldn’t be done in bulk.

So, he chose this more laborious method instead.

After completing the 386 computer, the following tasks became much simpler.

His photolithography process could reach 1nm, with the difficulty lying in architecture design and automated programming when the machine etched the chips.

Since he made the first manual hard drive relatively large with storage capacity reaching tens of G, he successfully input the 65nm process architecture containing vast information into the computer and successfully etched out chips using a 1nm process chip gun.

The Core series emerged, once again revolutionizing computers and improving computing power and storage capabilities.

On April 7, 3020, Harrison Clark successfully manufactured a 1nm process chip with a transistor density of up to 980 million per square millimeter, and achieved a successful production rate of 31.7%. Three days later, he assembled a server composed of seven thousand chips and also manufactured a large-capacity solid-state hard drive with an eight-layer vertical particle structure.

He then wrote his self-tamed algorithm into the server.

From this point on, the artificial intelligence computing power he held in his hands was restored to the level of 2020.

This is not only due to his own intelligence and talent, but also the contributions of the residual genes of the ZS bacteria.

To prevent electron tunneling in the 1nm chip, he originally needed to develop a new type of insulation fluid.

Developing material science is undoubtedly difficult, and he thought it was a time-consuming process that would take a long time.

However, during his hunting trips and gathering genetic information from special animal parts, he accidentally discovered a snail’s oil with excellent insulation capabilities.

Harrison tried it on two chips and found that the snail oil’s viscosity was similar to the non-Newtonian fluid and could indeed be used as an insulation fluid and sealed into the chip. Additionally, it had excellent thermal conductivity, solving the heat dissipation issue.

In summary, within a month, he improved the chip process from 1 micron to 1 nanometer. He also built a parallel server system that could basically handle the computing needs of the spaceship in front of him.

Although the ship’s hull is like patched-up pants with various sensors sticking out like a sea urchin, resembling a cosmic beggar, it was all built by Harrison Clark who felt great pride and satisfaction. He decisively named it Morrowind No.1.

Looking at Morrowind No.1, Mr. Clark felt a sense of pride and satisfaction swelling in his heart.

Since Morrowind No.1’s main propulsion relies on the repaired anti-gravity engine and doesn’t have a shield, it doesn’t have the ability to travel outside of the Earth’s atmosphere.

But that’s fine, with this ship, he could now accomplish more.

In the slightly cluttered command cabin, Harrison Clark nervously pressed the take-off button while holding a cup of strong tea.

With a massive rumbling, the ship shakily rose, creaking all around.

After all, as a partially hand-assembled creation, it wasn’t a perfect fit in some places during its first ascent.

Although the sound of it is intimidating, it won’t fall apart.

Morrowind No.1 hovered in the air for three hours, then traveled back and forth from Oxfordshire to Black Bear Training Base, declaring the trial flight a success.

During the process, Harrison Clark was highly focused, memorizing the data feedback on the monitoring instrument panels.

After stopping, he put on a small, all-purpose engineer suit, and jumped around in Summit 001, repairing and reinforcing unstable areas detected during the trial flight.

The way he built the spaceship was similar to the industrial approach of the Soviet Big Brother back in the day. He didn’t care about aesthetics, only about functionality, giving it a chaotic algorithmic feel.

Surprisingly it worked very well.

Once he finished testing and adjusting, the ship made much less noise during the second ascent, and the structural instability alarm areas were reduced by 95.77%.

The second trial flight was successful, and then came more repairs.

On April 10, 3020, the third trial flight ended with no sound and no alarms.

Looking at the Morrowind No.1 now patched up even more, Harrison Clark felt content and once again gave himself a pat on the back.

It had been nearly half a year since he arrived here, and Harrison Clark had been busy the entire time.

To celebrate the complete stabilization of the spaceship, he decided to take a break.

Outside it was raining again, but now he could comfortably set up a beach chair under Morrowind No.1’s legs and prepare an electromagnetic grill.

Next to him on the metal table was a beautifully disassembled entire cow.

The two cow horns were placed separately, as they were two large biological batteries, even more useful than the Wolf Fang.

“Vivian, make me a steak, 70% cooked.”

As Harrison Clark laid on the beach chair, he gestured and said.

Next to him was a 1.5-meter tall caterpillar-track robot.

The robot’s two mechanical arms were different colors, one yellow and one blue.