After Li Hao and Zhou Yunsheng finished discussing, he immediately made up his mind.

The space wormhole still needs to be opened, but it can't be opened blindly.

If it is really because of the blind opening of the space wormhole, it will lead to a more advanced alien civilization invading the earth.

Then he himself is a sinner of human civilization, and he must not do this. You must come up with all the preparations to open the spatial wormhole.

But it is also necessary to open the space wormhole as soon as possible, this kind of naturally formed space wormhole.

Whoever turns it on will have the absolute initiative.

Li Hao's own idea is to grasp a certain initiative in the space wormhole, even if it is to detonate the core of Mercury and cause the gravitational collapse. Directly destroy the space wormhole.

This most unavoidable method must also be mastered.

This is the same as nuclear weapons, so that non-use is a problem, but whether it is not available is a bigger problem. It's about your determination to act.

At least before something irreversible happens. There is a means to destroy this space wormhole.

Even if there is no plan to end up, it is a real failure.

But after Mercury was blown up, the gravitational balance of the solar system failed. I don't know how bad it will be.

This is a scheme of injuring 800 enemies and inflicting 1000 self-damage.

This solution will not be used until the moment of despair.

He and Zhou Yunsheng briefly explained their thoughts.

Immediately return to the study and start looking at ways to control the spatial wormhole.

The science and technology library is really rich in materials.

After unremitting efforts, Li Hao found two spatial wormhole control schemes that he could translate.

Both of these options are low-cost to build and require low technology.

But it's easy to control and a cost-effective solution.

Their only drawback is that they can only be used on natural spatial wormholes. It must also be used on the first boot.

The first option is to control the size of the spatial wormhole and the opening time at will.

The only drawback to this approach is that it requires a lot of energy.

It wants to construct a complex gravitational field on the surface of a space wormhole.

Use this gravitational field to attract the power of the space wormhole itself.

It's like installing a door to a space wormhole.

The spatial wormhole on his side does not change, even if the other side has been controlled, it will not affect human civilization.

This scheme controls the size of the space wormhole through the substance, which is distinguished by mass.

The more massive the object, the greater the arc by which it causes the space to bend.

It requires the capacity of the space wormhole to bear, and it is correspondingly much improved.

Direct monitoring of quality can also effectively prevent the high-tech strikes of alien civilizations.

On objects of very small size and huge mass, high-tech products are installed.

This is very easy because the gaps between atoms can be compressed many times over.

But to install high-tech on items with very small mass.

If you make it extremely destructive, the technology required is very high.

Because of the small mass of the object, its total number of atoms is relatively fixed.

Even if it is the use of advanced atomic processing methods. It's not too powerful.

Not ordinary civilizations can do this.

The second option is a common end-or-die approach. It is a direct detonation of natural wormholes.

Li Hao can be deduced from the records on the data that when this natural wormhole detonates. It can have a very big impact on Mercury.

may affect future Mercury rotation and orbital cycles.

At that time, the earth will be affected to a certain extent, but it will definitely be much lower than destroying Mercury and losing something.

It is also much less impactful than an alien civilization invading Earth.

Li Hao prefers the first option, which can control the size of the space wormhole at any time.

is the plan that Li Hao thinks is more suitable.

But it was not up to him to choose either option. Rather, it is based on the properties of the spatial wormhole itself.

In order to know the properties of space wormholes, it is necessary for spacecraft to carry detection equipment and carefully explore space wormholes.

After Li Hao thought about it, he immediately followed the gravitational formula he had learned.

A device designed on a scientific research assistance system to detect space wormholes.

Li Hao saw that the scientific research assistance system quickly gave results, and he immediately found a device with the most accurate detection results.

Li Hao handed it over to the Intelligent Industry Group and asked him to produce this equipment urgently.

On March 5, Li Hao connected remotely. Saw the Star Sea Explorer 5.

He flew to Mercury with equipment to explore space wormholes.

Li Hao knew that he had to borrow the power of Mercury to arrange a complete set of plans to affect Mercury.

In his hand was a general introduction to Mercury.

Mercury is one of the four terrestrial planets in the solar system that are similar to Earth, with rocky entities like Earth.

It is the smallest planet in the solar system, with a radius of more than 2,400 kilometers at the equator.

Mercury is even smaller than some of the giant natural moons, and smaller than Ganymede and Titan.

However, due to the dual effects of the sun's gravity and space wormholes, Mercury has a very large mass and density.

Mercury is made up of about 70% metal and 30% silicate material, with the vast majority of metals being iron.

It is precisely because of the high concentration of iron in Mercury that the molten state of iron moves inside the Earth's core.

It produces a huge magnetic field, although the strength of the magnetic field is only 1% of that of the Earth. But among the planets of the solar system, there is already a very strong magnetic field.

Mercury's density is 5.427 grams per cubic centimeter, the second highest in the solar system, after Earth's 5.515 grams per cubic centimeter.

During the day, the temperature can reach 427 degrees Celsius in direct sunlight. At night, when the sun is not shining, the temperature drops to -173 degrees Celsius.

The surface of Mercury has 8.9 times more sunlight than Earth.

Li Hao put down the specific information of the crystal in his hand, and he already had a general impression of Mercury through this information.

Li Hao only needs to wait for news from Star Sea Explorer 5.

He can start thinking about how to activate the space wormhole according to the general situation of Mercury.

The control scheme for controlling the space wormhole can only be used for the first time.

In order to directly load this scheme onto the space wormhole.

Star Explorer 5, carrying exploration equipment, stayed firmly in the orbit of Mercury.

It began to revolve around the water, constantly changing tracks.

Detect every nook and cranny of Mercury and its nearby space environment.

Each time the spacecraft passes through the North Pole of Mercury, the power of the probe equipment will be turned on to the maximum.

The spacecraft carefully collects the situation of wormholes in natural space on the North Pole of Mercury.

Once the spacecraft has accumulated enough data, it will send it directly to Earth.

Li Hao looked at the gravitational data report formed by the spacecraft probing in the orbit of Mercury for several days.

He found that this natural spatial wormhole property was very consistent with the first full control scheme.

You only need to solve the energy problem to activate the space wormhole, which is to explore the interstellar situation outside.