Voyage of the Stars

Chapter 72 True Nanotechnology

But these are all old almanacs.

And seriously speaking, these are not real nanorobots. They can be called nanomachines at most, and the word "human" probably contains the element of bragging.

Because these nanomachines in the medical field are not intelligent at all, they are far different from the word "robot".

Even in 2100, scientists made breakthroughs in the field of nanomedicine and successfully developed a large number of accurately controllable micromachines to achieve precise nanomedicine treatments. However, they cannot be said to be 'nanorobots', because these things are actually A drug delivery tool, or a nano drug delivery system.

We are still far away from the real 'nano-robots'.

But precisely for this reason, humans are no stranger to the term "nanorobot".

It's just that there are two types of people who are familiar with it, one is those who really understand 'nanobots', and the other is only at the surface level.

The former was quite shocked when he heard Yu Nanfeng's words, while the latter had an expression that said, "It doesn't seem like it's anything special."

Yue Yuan belongs to the former, because he has not lived in vain these years, and has never hibernated. He has almost forced himself to learn all kinds of knowledge, so of course he knows what a real nanorobot should look like.

What's even more outrageous is that this kind of nanorobot is used for mining, or it is a one-stop process of collection, separation and refining.

Every step requires extremely high intelligence and extremely precise operations. Just like the chemist said before, collecting metals in this way is most likely to use some mechanism to cut off the chemical bonds between compounds.

The technology can be imagined.

This requires that each nanorobot must have a set of intelligent programs, energy supply systems, metal recognition capabilities, metal separation sites, and a series of microscopic things.

You must know that most metal elements exist in the form of atomic bonds. In other words, the operating parts of these nanorobots are at the atomic level at the lowest level, otherwise it would be impossible to separate metals at all.

Humans don't know the size of each unit in the 'Silver Mist', but from the phrase "nano-robot" we can roughly guess that the basic unit of the 'Silver Mist', that is, the individual nano-robots that make up the 'Silver Mist' are at least Mist level.

Otherwise, he wouldn't act so mist-like.

As for how big the fog is, the smallest droplets are only about 1 micron.

1 micron is 1000 nanometers.

According to this calculation, if the smallest unit of Silver Mist is a 1000-nanometer nanorobot, then the components that make up this nanorobot must be at least picometer level. Only in this way can its functional components operate on metal atomic bonds.

The picometer level is a component, but what about the basic units that make up the nanorobot components? Wouldn’t it be a femto level? Just like the chip is small, but the circuits that make up the chip are even smaller.

Creating a program with intelligence on such a tiny scale is no different from a god to humans.

Moreover, it is unimaginable that there are so many of them.

How did that civilization create so many nanobots?

The more Yue Yuan thought about it, the more he felt the gap in technological strength. Suddenly, the oppressive feeling caused by the gap like a natural chasm hit his face.

Such an unimaginable thing is actually a mining tool.

So luxurious.

What kind of existence is that unknown civilization that created the silver mist? Isn't it "cultivating with a golden hoe"? The story of "the emperor cultivated the land with a golden hoe" suddenly came to Yue Yuan's mind.

Poverty limited his imagination and prevented him from imagining what a civilization using real nanorobots to mine would be.

There used to be a civilization that exploded stars, but now we have a civilization that uses nanobots to mine. Yue Yuan could not tell which of the two civilizations was more advanced, but it did not prevent him from feeling the malice coming from the depths of the universe.

What evil have humans done, and why are there so many disasters?

In the solar system, the sun exploded immediately. After a narrow escape, he finally made it to another distant star system, only to encounter such a damn nano-robot.

In his heart, Yue Yuan has cursed the civilization that created the "silver mist" more than ten thousand times.

Wouldn't it be nice to leave a bunch of gold and silver mountains behind? Then one day when human beings are developed, I can't help but thank you, but you have to leave something as dangerous as the "silver mist" behind.

Of course, Yue Yuan also knew that any curse was just incompetent rage, and that something had probably happened to the civilization that left the "silver mist", otherwise he would not have left such a mineral star alone.

But no matter what, no matter what the truth is, it is not something that humans can touch now.

"Ten years are never too late for a gentleman to take revenge. Ross 154-4, 'Silver Mist', one day, we humans will come back. We will never forget the blood debt of two hundred and eighty-one compatriots." Yue Yuanhen I hate to bury this hatred deep in my heart.

The seven days passed quickly.

After all the personnel and materials that could be dismantled were brought back to the Hope, the Hope once again dragged its old pace and slowly flew out of the orbit of the Ross 154-4 planet, drawing a path in space towards the Ross 154-7 planet. Drive away.

Because of the fear of the 'Silver Mist', the Hope did not even dare to change its circular orbit to an elliptical orbit. Instead, it turned on the fission thruster in the circular orbit and directly used the power of the engine to push it off the orbit.

This method of acceleration without the help of planetary gravity is more laborious. Fortunately, Ross 154-7 is not far from the Ross 154-4 planet.

Ross 154-7 is only 1.82 AU from its main sequence star, while the orbit radius of Ross 154-4 is 0.18 AU. Theoretically, the shortest distance is 1.72 AU, but sailing in space does not take all the time. Have your ideal route every moment.

For example, the current position of Ross 154-7 relative to humans is exactly on the other side of the main sequence star, so humans have to make another circle after departure to rendezvous with its orbit.

Human beings are already very skilled in adjusting attitude, changing orbit, and entering orbit within the galaxy. It only took more than 20 days for the Hope to dock into the orbit of the planet Ross 154-7.

This planet is very small, with a diameter of only 5333KM, which is smaller than Mars. It is the smallest planet in this galaxy. It should be made of leftovers from the evolution of the galaxy.

Its orbital period is very long, a full 8.1 Earth years. Living on it, one year equals 8.1 Earth years. It has an atmosphere that is so thin that it is almost negligible, and its main component is nitrogen.

The surface temperature is -234.1 degrees Celsius all year round.

Because it is too far away from the main sequence star, the solar energy that can be obtained here is an order of magnitude less than that of Ross 154-4, but its rotational inclination is very large, a full 80°12′ 41′′. The axis of rotation is almost aligned with its main sequence star.

This brings a benefit to mankind, that is, the solar panel can always be used, because there is an area on it with permanent daylight.

There is also a large amount of frozen water on it, where humans can directly obtain water through water purification. In addition, it also has an icy satellite with a diameter of 1101 kilometers.

Leave your ticket, ah ah ah