Demon Resurrection: Start with an Immortal Lizard

Chapter 344 Supernova

It is different from the uncertainty of [dark matter aggregate].

The next material, Gu Qing has already thought about how to use him.

This material is the [Dark Dragon]. This dragon was once the king of the dark dragon clan.

Zongheng has never been defeated in his life, and he can be said to be an extremely powerful existence.

Gu Qing originally thought of using him as the basis, adding some other materials, and creating a new family.

But after thinking about it, I found that there are very few materials that are consistent and of a high level.

Even if we really want to create a dependent family, I'm afraid the probability of creating a king-level one in the end will be very high.

The probability of an imperial grade appearing is very small, and as for an immortal grade, it is even more negligible.

What will really appear will be either the best or the king.

With the material [Dark Dragon], Gu Qing felt that the probability of appearing as a king was the highest.

Although grade does not represent strength, Gu Qing still wants to create a higher-grade being.

Only in this way can it help yourself in subsequent actions.

At the very least, it has to be Emperor grade.

This time, what Gu Qing wanted was actually an Immortal Familia.

Only the Immortal Familia can appear as trump cards.

In the current situation, the Wangpin Family Clan is really a bit unsatisfactory.

Even if it’s Emperor Grade.

Because the system's rating is not just based on strength, potential can be within the rating range in all aspects.

Therefore, it is understandable that he has low potential, but has strong combat ability, and his strength is comparable to Hela or the Lord of Light, but his grade can only be rated as Emperor Grade.

Therefore, Gu Qing's psychological defense is at the lowest imperial level.

Wangpin is obviously beyond this range.

So Gu Qing gave up this idea.

Since it is not used to create new Familia, it would not be bad to use it to integrate and strengthen existing Familia.

So Gu Qing planned to use it to fuse it with the Immortal Evil Lizard.

It can further enhance the strength of the Immortal Evil Lizard.

Another piece of material is called [Supernova], but it is not a supernova in the traditional sense.

It was a prop that an unknown powerful person ingested when a supernova exploded and then made it into a prop.

This prop is an eye, also named Supernova.

In fact, a true supernova is a violent explosion that some stars experience near the end of their evolution.

Such explosions are extremely bright, and the bursts of electromagnetic radiation often illuminate the entire galaxy where they are located, and may last for weeks to months before gradually decaying.

During this period, the radiation energy released by a supernova can be equivalent to the total radiation energy of the sun in its lifetime.

By exploding, stars can throw most or almost all of their matter outward at speeds as high as one-tenth the speed of light, and radiate shock waves to the surrounding interstellar material.

This shock wave causes the formation of a shell-like structure of expanding gas and dust, called a supernova remnant.

Supernovae are potentially powerful sources of gravitational waves in galaxies.

A large proportion of primary cosmic rays come from supernovae.

In a galaxy, a supernova is a rare event. For example, in the Milky Way where Gu Qing is located, it only happens once every fifty years or so.

The explosion of a supernova is like a group of colorful fireworks blooming in the eternal loneliness of the universe.

But in fact, a supernova explosion is the end of a star's life, and that is the last brilliance it can bloom.

Initially, the star begins to cool from the center. It does not have enough heat to balance the gravity of the center. The structural imbalance causes the entire star to collapse toward the center, causing the outside to cool and the red layer to heat up.

If the star is large enough, these levels will explode violently, creating a supernova.

When a massive star explodes, its luminosity can suddenly increase to tens of billions of times the luminosity of the sun, which is equivalent to the total luminosity of the entire Milky Way.

As a result of the stellar explosion, the star disintegrates into a mixture of gas and dust that expands and spreads around, and finally disperses into interstellar matter, ending the evolution history of the star.

The outer layer disintegrates into an outward-expanding nebula, and some of the material left in the center collapses into a high-density object, thus entering the late and final stage of stellar evolution.

In a galaxy, supernovae are rare celestial phenomena, but in the galaxy world, dozens of them can be observed every year.

What is the probability of a cosmic "violent event" such as a supernova explosion? Although this probability is very small in each galaxy, because many extragalactic galaxies can be observed, a considerable number of extragalactic supernova events can be observed every year.

However, no supernova has been observed in the Milky Way since 1604.

This may be because cosmic dust blocks the light of supernovae that appear somewhere in the Milky Way.