Superman, the Man of Steel, female, 6 years old!

So apart from being able to create a new nuclear fusion bomb, there is no way they can tinker with this super machine like Anna.

After having the machine and Anna.

It was just a short ten minutes.

The super machine placed in front of Anna and Xiaobailong was like a 3D printer. After Anna consumed several kilograms of graphite as raw material, a diamond larger than a basketball slowly grew and built from it.

Moreover, the capabilities of this artificial diamond machine are not limited to this.

The current basketball-sized size is actually just the size of the "personal" quantum computing core designed by Anna. Any larger and it would be inconvenient for individual users.

After all, no one can carry a quantum computer the size of a refrigerator with them.

So this doesn't mean that it can only synthesize things of this size.

If necessary, Anna can use this machine to synthesize an artificial synthetic material with a maximum diameter of two meters at any time.

Moreover, artificial diamonds like the ones we have today are just one of all the nano-level materials that can be synthesized.

Since all the atoms can be broken up inside the machine, Anna can naturally arrange the atomic structure she wants at will in terms of nanomaterial size.

And they are all carbon atoms.

Then the simplest and most anticipated new material by scientists today is the legendary graphene...

Anna's machine can now be mass-produced in a way that is simpler and faster than artificial synthetic diamonds.

As a two-dimensional structure, graphene is a hexagonal honeycomb structure composed of carbon atoms. Its construction speed is countless times simpler and faster than that of diamond's tetrahedron structure.

After rolling the prepared graphene in the machine to make single-layer carbon nanotubes or multi-layer carbon nanotubes, Anna can then produce a carbon nanotube that is 100 times stronger than steel and only 1/6 of the density of steel.

No need to think too much.

If Anna could solve the problem of the machine not being able to produce automatically after leaving her... then in a minute she would have solved another of the biggest technical problems in the super project of mankind's space elevator.

Just the carbon element in the periodic table can bring so many benefits to Anna, not to mention how other elements can perform in this machine.

It is also possible to combine multiple materials at the nanoscale.

Like a layer of graphene, a layer of aluminum atoms, and then the gaps between the graphene and aluminum atoms are filled with titanium, and so on...

With the ability to manipulate nanoscale atoms and atoms, Anna now has countless possibilities in materials science.

Even after quantum computers mature.

She can also use quantum computers to reverse engineer and calculate the different combinations and structures of various materials at the nanoscale.

By then, let alone carbon nanotubes for building space elevators, she might even be able to use technology to create spacecraft that can cross the star system.

And all of this starts with a steel machine that is comparable to a nuclear fusion bomb.

Chapter 283 New Version of Quantum Memory

After having a big diamond, all that remains is polishing and performing nano-level engraving processes inside.

This situation is indeed the most energy-consuming and time-consuming operation when first "opening up" the field. The energy consumption is equivalent to programmers writing programs for their mobile phones one code at a time.

Moreover, in this process, if you accidentally make a mistake in one step, you will have to start all over again.

However, the design of Anna's computing core, basic computing units, and various auxiliary functional modules have all been finalized today.

Now it is much easier to process and expand this diamond core.

Because she didn't have to engrave the optical components one by one like typing code, nor did she have to rack her brains to figure out how to implement the quantum computing in the core.

The previously finalized designs and programs can be used directly by copying and pasting.

And it's just like there are photolithography machines in the semiconductor manufacturing process.

In order to process the diamond core of the quantum computer, Anna also developed a 'photolithography machine' for designing and engraving quantum chips.

Of course, this machine is just like the one temporarily used to synthesize diamonds. Its function is not just to process diamond cores.

If the machine that produces synthetic diamonds is used to make nanomaterials, then this core processing machine is the "machine tool" that Anna uses for nanomaterial processing.

And it is designed to be fully automatic.

So when processing the diamond core of the quantum computer for Kanna-chan and Zaiza.

She only needed to start the second machine and, following the pre-designed automated template, add the basic computing units, input and output photon channels, and logic circuit blocks one by one...

After adding some more mental power to the machine, Anna can sit next to it and wait with Kanna-chan, letting the diamond core placed on the workbench process automatically.

And because of the special nature of optical quantum computing inside the diamond core, when making those quantum logic circuits, Anna doesn't even need to add various rare gases and rare metal elements like semiconductor chips.

She also does not need to go through hundreds of processes on a clean and dust-free assembly line like in the manufacture of traditional semiconductor chips, and has to stay in the factory for three to six months before it can be shipped.

Basically, the biggest difficulty in synthesizing this quantum computing core made of a huge diamond is actually how to synthesize it.

Another issue is how to process the interior of the diamond at the nanoscale.

After solving the two problems, the difficulty of making it, in the eyes of a master like Anna... is actually very simple.

All it would take was a few hours of her time.

……

While waiting for the machine to engrave the diamond core for Kanna and Caichuan, Anna and Xiaobailong certainly couldn't just sit there and do nothing.

So while they were waiting, Anna handed Kanna a diamond crystal that looked like a crystal prism, and explained to her the technical principles of the crystal and various scientific knowledge.

This little finger-sized diamond crystal is actually Anna's newly developed quantum USB flash drive.

The piece she handed over to Xiaobailong now recorded all of Anna's current technical information about quantum computers, as well as the manufacturing methods of the two synthesis and processing super machines.

Of course, what Kanna wants to read now is Anna's overview of quantum computers and the instructions for using this thing after the Diamond Crown of Thorns is completed.

It continues and upgrades the technology originally used in the Marvel world. The diamond crystal given to Xiaobailong to learn is actually Anna's latest quantum version of the Jade Pupil Jane.

The only difference from the previous world is that when she was in Tony's laboratory, Anna used natural gem powder, gold, platinum, black stone metal, etc. as raw materials for those crystals that stored emotions and memories.

Now, Anna can use artificially synthesized diamonds as the raw material for storage crystals.

Even in terms of function, there have been great improvements compared to the original memory crystals.

After improving the storage method and reading capabilities, this crystal can even be used as a memory for optical quantum computers.

If scientists can overcome the difficulties in technology and manufacturing, then this diamond crystal made by Anna using nanotechnology...

They can also be reproduced using purely technological means.

Its basic principle is not complicated. It uses the spin of special atoms embedded in diamonds to achieve precise control and reading of a large number of quantum bits.

This system, which uses quantum spin to write and read information, then constitutes the entirety of the latest generation of quantum memory.

This technology was actually proposed by scientists on Earth a long time ago, and they have successfully used 10 qubits of controlled spin in the laboratory to store information inside a diamond for 75 seconds.

All Anna did was to use her mental power and nano-processing to solve some of their problems based on their theories.

In nature, about 1.1% of the carbon atoms in diamonds are carbon-13, which has the property of spin, so these carbon-13 atoms can be used as quantum bits to record information.

The other carbon atoms are carbon-12. These atoms do not carry spin and cannot be used to store information. However, in Anna's diamond crystals, they can be processed into small nano-lenses to form complex logic control circuits to read and write carbon-13 quantum information.

And how big is a carbon atom?

Even if only 1.1% of the carbon atoms in it can be used to store information, its storage capacity is not comparable to that of magnetic hard drives and semiconductor solid-state drives.

The crystal that Anna gave to Xiaobailong was only the size of a little finger.

However, its storage capacity directly reaches several million TB.

Why is the computing power of quantum computers so powerful?

In addition to the fact that its computing core uses quantum properties to perform calculations, and its speed is exponentially times that of a classical computer with the same data bits when performing parallel calculations, its other super advantage is that it can greatly enhance the storage space used for calculations.

This practice of increasing storage space and thus computing power...

It’s like you can’t calculate 12 plus 9 with only ten fingers. Because there are not enough fingers, it can’t calculate or store numbers greater than 10.

Quantity data.

After increasing the available storage space, the speed of quantum computers has also been greatly expanded in terms of quantum computing capabilities.

Chapter 284 Kanna's Employment and Nanobots

Scientists are never romantic when conducting scientific research. All they do is extremely boring mental and physical labor.

As soon as Anna put on her white coat, no matter if it was Caichuan, Qiao Ji or Natasha, no matter how close they were to the little brat, they all slipped away in the blink of an eye.

Only the sensible Kanna stayed by her side because she knew Anna was about to leave. She also always enjoyed watching Anna's quantum science.

Even how Anna increased the number of available quantum bits, how to control the quantum spin in the diamond crystal, and how to improve the core computing algorithm in the future, Kanna listened very carefully like a scientist's assistant.

And as a little genius whose IQ is countless times higher than that of humans.

As long as Xiaobailong works hard, her progress and breadth of learning knowledge will be comparable to that of the super genius Stark.

Stark is still restricted by the physiological and physical limits of humans, but Kanna is a natural cheater. She can go without sleep for a month or use magic to solve scientific problems. She is not comparable to human scientists.

And because she descends from a race of divine dragons, she's naturally a higher-dimensional being from another world. Influenced by the magical systems of that other world and Anna's scientific thinking, Kanna-chan has a naturally different "magical perspective" from both Earth scientists and Anna herself, often offering Anna a different perspective.

So after just following Anna around for an afternoon...

Kanna-chan, the future great scientist, officially joined the new company jointly established by Anna, the foundation, and the three big bosses.

As Anna's assistant in the laboratory on the third floor, Xiaobailong not only made her work in the company more and more handy, but also gave Anna a sense of entrustment.

Moreover, this position is different from Thor's maid job, because it is a formal job with a formal income and the company will also pay for social security...

Compared with researchers in similar laboratories abroad, his income is only mediocre, even a bit low, but his annual salary is at least as much as that of two or three Kobayashis.

This immediately made Kobayashi, who always felt sorry for his lack of ability, and Saikawa, who was uneducated and only knew how to play, look inferior.

And the matter of paying Kanna-chan a salary...isn't that Anna's behavior of stealing the company's employees for personal gain?

Because what Kanna has learned now is enough for her to be Anna's scientific successor in this world. Even based on Anna's foundation, Xiaobailong can still come up with brilliant innovations...

This would happen if I were to work alone in any foreign scientific laboratory.

That means raising tens of millions or even hundreds of millions of dollars in funding every year, which would be an insult to the scientific and technological capabilities that Kanna-chan currently possesses.

Anna is working so hard to train Kanna-chan, so naturally she doesn't want the company to go bankrupt after she leaves.

Moreover, the large number of quantum technology items she designed also require someone like a scientist's assistant to carry out subsequent maintenance.

Since it is a machine, it will eventually break down. In her eyes, only those artifacts that involve the underlying application of the world's laws can truly be used for tens of thousands or hundreds of thousands of years without breaking down.

Then Anna will naturally have to find a successor who can repair equipment for Thor and the others after she leaves.

Originally, she had not expected this unexpected surprise from Kanna-chan.

Anna originally wanted Thor or Erkoya to take on the role of logistics officer.

But now that we have the little white dragon, Thor, Erkoya and the others naturally have other uses.

……

……

When Kanna came out of the laboratory after get off work that day, she was wearing a small diamond crown on her head.

Although it would be difficult for this diamond-version crown of thorns to fall off her head, Kanna-chan's cute expression with her hands on her head and her eyes always wanting to look up still made Anna, who was walking next to her, couldn't help laughing.

The entire small crown is made of one-piece molding technology, and is cut into nearly 120,000 tiny facets. As the light enters, each facet overflows and refracts the dazzling brilliance of diamonds, making Kanna-chan's head look like a dazzling crown.

However, when the two arrived at the lounge, the first thing Erkoya noticed was not the diamond crown on Kanna-chan's head, but the one in Anna's hand... another box placed together with Saikawa's crown.

Although Erkoya still doesn't know what the diamond crown is used for.

But from the box, she sensed a strong smell of 'magic-forbidden aura'.

"Haha... I knew you would notice this. Kanna-chan helped make this thing." Anna smiled and came to the table in the lounge. After opening the box, she pushed it to Erkoya.

The contents of the box were not entirely new, as Erkoya, Natasha, and the others had heard Anna talk about them many times, but this was the first time they had actually seen the real thing.

Anna sat at the table, looking very pleased with herself, because this thing wasn't much easier to implement than a quantum computer. "This is the latest version of a drone... well... actually, it's a nanorobot. What do you think?"

"Oh... let me take a look."

Erkoya gently picked up a particle from the open box...a tiny particle so small that even her divine dragon eyes could hardly see it.