Humanity is missing, luckily I have billions of clones.

Chapter 255 Unified Force Field
As soon as he mastered the grand unified formula, understood the attack mechanism of the energy cannon, and knew that the reason why the energy cannon projectile was so powerful was because the projectile was in a strong nuclear excitation state and transformed into an ultra-micro nuclear bomb, Li Qingsong had an idea.

That is... if the projectile can be in a strong nuclear excited state through external influences and can release the strong nuclear force in the microscopic world, then can other materials do the same?
For example, a teacup, a toothbrush, a washing machine, or even... a battleship?
One thing that is certain is that once an object becomes too large or too heavy, its stability will plummet.

The reason why the projectile can be in a relatively stable strong nuclear excitation state and does not explode in the ammunition depot or energy cannon barrel, but explodes after hitting the target and being violently vibrated, thereby releasing the internal strong nuclear force, is because its mass and volume are relatively small and relatively stable.

Obviously, even if Li Qingsong could make a huge warship in a strong nuclear excitation state, its huge size and mass, as well as its extremely complex internal structure, would inevitably make it unstable.

The moment it is in the strong nuclear excited state, it will explode.

This blocked the possibility of Li Qingsong putting his spacecraft into a strong nuclear excitation state and then launching a suicide attack.

But it doesn't matter. If I can't put my own spaceship into a strong nuclear excited state, then... can I find a way to put the opponent's spaceship into a strong nuclear excited state?
Once in a strong nuclear excited state, it will explode in the next moment. Therefore, putting the opponent's spacecraft in a strong nuclear excited state is equivalent to destroying the opponent's warship.

Based on this idea, Li Qingsong began to develop new weapons.

But soon, Li Qingsong found that this method was not feasible.

The reason is very simple. The way to put the energy cannon projectile into a strong nuclear excitation state is to put it in a highly controllable state through the controlled collision of X and Y bosons.

In a complex battlefield environment, how can I possibly stimulate the opponent's warships?

But Li Qingsong did not give up. He changed his thinking.

If targeting a single warship is not feasible, then... can we target space itself?
What Li Qingsong meant by attacking the space itself did not mean to cause any impact on the space.

That's impossible. Li Qingsong doesn't have the ability.

His idea was, could some kind of force field be constructed to cover an entire space and affect all creatures within it?

The electromagnetic force has a photon field, the gravitational force has a gravitational field, the weak nuclear force has the W and Z boson fields, and the strong nuclear force has the gluon field.

The particles that transmit the unified force are X and Y bosons, which can construct X and Y boson fields.

The X and Y bosons originally existed for only a very short time, decaying in an instant. But that didn't matter; a strong-nuclear civilization could already create an environment to prolong their lifespan.

It is for this reason that a strong nuclear civilization can place energy cannon projectiles into an excited state.

Now, strong nuclear excitation on a single warship is not feasible. So, can I construct an X and Y bosonic field that covers an entire space and excites the strong nuclear force on all creatures in this space?

In response to this idea, Li Qingsong started research and development again.

Then, Li Qingsong encountered even greater difficulties.

He found that such a weapon was theoretically feasible, but its engineering implementation was almost impossible.

At least, it is not feasible for orthodox intelligent civilization.

As for Li Qingsong...that's naturally another matter.

One is that the extremely complex battlefield environment brings about extremely complex computing requirements.

Since an entire space needs to be placed under the bosonic field, the influence of the battlefield environment must be taken into consideration, and this can only be achieved through customized influence.

The ever-changing battlefield environment requires instantaneous massive calculations that are simply impossible for existing electrochemical supercomputers to handle.

At the same time, this is only one of the difficulties.

Another difficulty that also belongs to the computing requirements is that the "unified force field" deployment device must be placed in the rear, at a certain distance from the battlefield - only in this way can it be ensured that these devices will not be destroyed, and there will be a certain delay in the impact of the "unified force field" device reaching the battlefield.

This means that Li Qingsong's calculations are not just about calculating and customizing the current battlefield situation, but also need to predict the battlefield situation in the next tens of seconds or even one or two minutes based on the current battlefield situation - the delay time varies depending on the distance - and maintain an extremely high accuracy rate.

Only with sufficient accuracy can the influence of one's own "unified force field" be able to fit the battlefield situation and ultimately create the desired impact on the entire battlefield.

Li Qingsong estimated that the accuracy rate must reach at least 90% to meet the requirements.

Above this, the higher the accuracy rate, the better the stimulation effect.

This goes beyond the concept of computing power and rises to the demand for computing models. In other words, even if the computing power of a quantum computing supercomputer is increased by 10,000 times, it will not be able to meet the demand.

Only with true strong artificial intelligence, that is, with the same computing model as real intelligent life, can the corresponding computing needs be met.

Li Qingsong didn't even know whether true strong artificial intelligence existed in the universe, let alone whether it could be developed independently.

Although the main AI of the artificial intelligence is powerful, it is fundamentally just a weak artificial intelligence and has no consciousness of its own.

Faced with this obstacle, Li Qingsong adopted an almost crazy solution.

If I can’t create true strong artificial intelligence, then I will use real life intelligence instead. I will use the human brain and quantum supercomputer to meet the needs!
The 20 billion clones lying in the smart cockpit at this moment are the "life intelligence supercomputer" built by Li Qingsong to meet computing needs.

Through extensive previous research, Li Qingsong has confirmed that, under the premise of deploying approximately 15 billion clones to transform into intelligent supercomputers, the prediction accuracy for battlefields of strong nuclear-level civilizations can reach the lower limit, that is, 90%.

On this basis, the more clones you invest, the larger the life intelligence supercomputer will be and the higher the accuracy will be.

The investment of these 20 billion clones at this moment does not mean that the accuracy rate can be increased to the highest level.

The more clones the better, there's no upper limit. However, at this stage, Li Qingsong can only allocate 20 billion clones under the most extreme circumstances.

After solving this problem, the next challenge facing this project is that even if we use real intelligent life as a tool to build a "life intelligence supercomputer" at all costs, we still need to solve the coordination problem between different life forms.

(End of this chapter)