Everyone: Are mechanics weak? I wake up and rectify the natural disaster

After spending all the inheritance from fellow Fei people, he assembled this mental Rubik's Cube.

Further on...

Su Wen did not have a ready-made artificial intelligence core available and had to produce it himself.

[The gamma core is okay,

With our current information technology and semiconductor technology, it can be assembled directly, and graphene production can fully keep up.

For beta cores... we need large tachyon traps with higher production capacity. 】

The gap between different levels of artificial intelligence cores is wider than the gap between humans and dogs.

Such a performance gap, every cent, every millimeter,

Behind the scenes are actually a lot of upgrades in hardware, programs, and algorithms.

Gamma core is still in the conventional semiconductor field,

Although the manufacturing process is more advanced, the materials are still monocrystalline silicon and carbon nanomaterials;

Even if the process is cumbersome, the process precision requirements are extremely high, and the output is relatively low...

At the very least, the supply of materials can be opened up, and the cost of production will not be much higher.

Not when it comes to beta core.

This thing does not use traditional silicon wafer chips at all.

At its core is a tachyon computer.

The industrial equipment on Blue Star is completely unable to produce T4-level technological products.

Just to capture free tachyons in the space environment requires a specialized [zero-gravity tachyon capture screen].

This thing is not a planetary megastructure, although its size is almost the same as a Level II planetary megastructure such as core drilling.

As you can tell from its name, this is a high-precision equipment specially built in the zero-gravity environment of space.

Just such a secondary giant requires a lot of effort...

Think about this.

Su Wen frowned, then slowly relaxed.

Fortunately, the second phase of the space elevator is under construction, and the Zhiyuan Star Port connected to it is also under construction.

When the supply of energy and materials can be opened,

This kind of project that does not contain cutting-edge technology will not be much slower no matter how heavy the workload is.

To know...

For this big project, Su Wen mobilized more than 200,000 construction machinery of all types from all over the country.

Speaking of which, the number of engineering units in the current omnic army is countless times greater than that of combat units.

Without these unmanned machines that are willing and hardworking, it would not be possible to have planet-level construction capabilities.

It is expected that the Zhiyuan Star Port, or the Zhiyuan Star Space Station, will be completed within a week.

The second stage of the space elevator is the main structure that passes through the atmosphere and reaches outer space.

It was roughly completed at the same time.

Although this 'ladder' structure is several times larger than the 'base' in terms of volume alone.

But it doesn't have complicated processes, it's just two-way tracks.

A total of seventeen two-way tracks.

Sixteen of them have an average diameter of thirty meters and are arranged in a ring.

The last and widest one, more than one hundred meters in diameter, is arranged in the center.

This is so that large equipment can be transported to the star port and assembled in the dock if necessary.

Also.

Every five hundred kilometers, a magnetic track ring is installed.

It provides ejection acceleration when the cargo compartment goes up, and magnetic deceleration when the cargo compartment goes down to control safety.

The tracks are all composite structures with super-tensile materials as the core and fullerene hexagonal grids as the covering materials.

Resistant to high temperatures, pull, and almost all types of stress.

It is directly dropped from outer space, towed by the spacecraft, and laid all the way until it is connected to the ground base.

This is the advantage of mastering the ability to navigate freely in interstellar space.

The planet's surface is, after all, in a gravity well.

Cultivating from the bottom up is definitely not as good as cultivating from the top down.

The track is laid down from the star port base, which is how long it takes for the spacecraft to fly for a while.

If we change to a civilization that does not have such capabilities, such as Blue Star humans...

Just thinking about the hundreds of thousands of tons of payload and how much fuel it takes to send it to the synchronous orbit can make your face pale with horror.

..

After the construction of the second stage of the ladder body is completed, the space elevator is basically completed.

All that remains is to connect the exit station at the end of the orbit with the Reach port.

Starport, to put it bluntly, is a super large space station.

Commercial and residential integration, shipbuilding and ship repair, all are available.

After it docks with the space elevator, each can use the other's mass to stabilize its orbit.

The specially designed Starport Space Station has the largest outer ring section that can rotate around its axis.

This allows the centrifugal force generated by the rotation of the outer orbital axis to balance the traction force generated by the space elevator as the planet rotates.

This space station connected to the end of the space elevator is like a counterweight at the end of a long sword.

Provides extra stability.

After the two large-scale infrastructure projects on Reach are completed, the zero-gravity tachyon capture screen will naturally be launched.

The planned Reach port has a large number of usable sections and is not lacking in this facility.

Su Wen looked at the information displayed on the terminal screen and said nothing.

I secretly made an estimate in my mind.

It will not take more than this month at the latest, and the production of encapsulated tachyons will be stable.

By then, a series of equipment related to tachyon communication can begin to be constructed.

The beta core can naturally start mass production.

But this Alpha core...

[As for the Alpha Core, the materials it requires are too high-level.

At the very least, we need to complete a stellar particle accelerator to stably capture the exotic matter particles it requires. 】

The system said with the same expression on his face.

After Su Wen heard this, his expression became even more complicated:

——Stellar particle accelerator!

This damn... is a huge project.

It's not comparable to those particle colliders on Earth.

Cern's French-Swiss Hadron Collider is already terrifying in scale.

In the area near the Alps, extra-long tunnels were dug beneath dozens of cities.

It can be said to be one of the largest scientific research buildings on Blue Star.

Even in the field of 'particle collider', which has always been known for its large amount of engineering work, it is one of the best.

It is estimated that it is the one that has not yet been built before the great disaster in China, and its scale is comparable to it.

But compared to the one above...

It's like a small witch can see a big witch.

A giant particle accelerator orbiting an entire star!

This is no longer an ordinary space giant, this is a real galaxy giant.

To know...

Not to mention superstars.

Even for an ordinary g-type star, its equatorial circumference is unimaginable.

Often millions of kilometers.

and.

Although the stellar particle accelerator is built next to the star, it cannot directly reach the surface of the star.

The reason why we have to orbit the star's equator is that every star is basically the most massive celestial body in its own star system.

Building a giant structure near a celestial body naturally relies on its gravity to stabilize itself.

And stars are also the easiest source of energy in the starry sky.

——For higher civilizations.

The accelerator ring is built next to the star. On the side facing the star, it is natural to arrange stellar sails, Dyson clouds, or other thermal radiation converters.

Let this big light bulb shine for tens of billions of years to provide the accelerator with inexhaustible energy.

With the support of such abundant energy, the directional and selected particle beams can easily achieve stable super-light collisions within the accelerator orbit.

This level of particle collision is enough to bring massive scientific research data to the empire and capture rare and strange particles.

Of course, if we do this, it goes without saying that the amount of the project will be huge.

To avoid being affected by prominences, flares and the like as much as possible, you have to keep a distance, and the total circumference of the ring is naturally much larger.

Even in units of five million kilometers, it is an astronomical figure.

To put it bluntly, all the metals and even all the materials produced by mankind from ancient times to the present are not enough to cover these five million kilometers of track.

This is not a thin line, nor is it a pipe.

The accelerator orbit has to withstand the impact of strange particles at super-light speeds.

It also has to withstand the huge energy generated during the impact, and even risk the possibility of mini black holes appearing.

Its own protection is naturally the highest level, but it only protects against the inside but not the outside.

Plus the energy supply section, power transmission section, armor section...

Such a track, if the width is less than one kilometer, is simply a joke.

Thinking of this, Su Wen had a headache:

"The stellar particle accelerator... let's put it away for now. At worst, we won't produce Alpha cores for now. When we go back to the star sea, we might as well see where we can dig up ancient ruins."

He really doesn't have the time to repair this thing. Even if he wants to repair it, it will have to be put in the back.

As for the stellar giant structure, as long as it is not a multi-star system, you can basically only build one.

There is no place for more.

The first priority in Su Wen's heart is actually the Dyson Sphere.

If only this thing could be made...

Not to mention complete coverage.

Even a half-covered Dyson sphere can solve his electricity needs for a long time.

In fact, Su Wendu has already prepared a solar sail production line on Reach.

Just waiting to get things done here, we immediately started arranging the Dyson Sphere frame simultaneously.

Compared with other stellar structures, the advantage of Dyson sphere is this:

How big is the area and how much power is generated?

It doesn't matter if there is an extreme lack of materials.

Even a solar sail with a coverage area of ​​less than 10,000 square kilometers can still generate a considerable amount of energy supply.

The sun in the alpharota galaxy has been predetermined by him;

Su Wen is not willing to touch the sun in the solar system. After all, it is the property of mankind.

What's more, even if the negotiation is successful, other alien races must be eliminated;

If you want to build a second stellar structure, you have to wait until Su Wen opens the third battlefield.