Vast amounts of heat are converging.
Countless flames gather and compress within its own body.
The fusion light intensifies in its depths.
Inside Godzilla’s body, the fusion reactor, which has already been compressed and heated to its limits, is once again compressed, further increasing the temperature.
The high-energy neutrons generated by nuclear fusion bombard Godzilla’s body, causing the inner walls of its fusion reactor to melt and sublime.
Even though the internal metal walls have been reinforced by a powerful magnetic field generated by nuclear fusion, and even though the fusion reactor has fully utilized the plasma flames to contain the energy of high-energy neutrons and radiation.
But now, at this moment, with the accumulated energy in Godzilla’s fusion reactor far surpassing its previous state, the inner walls of the fusion reactor inevitably begin to melt.
All the cooling fluid inside has been transported to this area. Most of the cooling fluid from the first fusion reactor has already been drained, leaving Godzilla with only the bare minimum energy for survival.
The casing is cooling at full power, and the carbon nanotubes are conducting heat at full capacity, but it’s all in vain. Even though Godzilla is using plasma flow to intercept most of the high-energy neutrons through collisions with extreme precision, it’s futile.
Because at this moment, the energy inside Godzilla’s body is too immense.
Godzilla doesn’t have just one fusion reactor; it actually has two.
One is the power supply fusion reactor that provides energy for its movements, while the other is the breath fusion reactor specifically used for its breath attack.
The former has lower intensity and a maximum power of only a few terawatts, but it can sustain continuous output.
The latter has extremely high intensity, and its maximum power can reach several hundred terawatts.
However, it cannot sustain continuous output; it can only expel the flames of the core at the moment of ignition.
Not only are their locations different, but their principles are also completely different.
The principle of the survival reactor relies on the metal layer inside the fusion reactor, which is heated by high-energy neutrons and thermal radiation generated by fusion.
The liquid behind the indirectly heated metal layer evaporates and expands, driving the generators inside Godzilla’s body.
This allows the conversion of thermal energy into kinetic energy, which is then converted into electrical energy.
In simple terms, it’s like boiling water, except the liquid being heated is not necessarily water but some liquid metal.
That’s the working principle of Godzilla’s survival reactor, while the breath reactor is completely opposite.
If the survival reactor requires the nuclear reactor to heat it as much as possible to obtain energy,
The breath reactor aims to prevent the nuclear reactor from heating the metal walls and instead gathers the heat within the plasma.
Rather than releasing the heat.
As for why it’s done this way, it’s because the power of the breath reactor is extremely high.
With a maximum power of 300 terawatts, if heat transfer through the casing is used,
There are no materials currently available that can continuously withstand such a tremendous amount of energy without melting.
The inner walls of Godzilla’s fusion reactor have a surface area of just over a thousand square meters, which is entirely incapable of sustaining a continuous power output of 300 terawatts.
So, the principle of the breath reactor is not to draw energy from the nuclear reactor and use it to heat the gas released from the mouth.
Instead, it ignites and heats the plasma using gamma rays accumulated by the survival reactor, maintaining a certain intensity.
Then it accelerates them in one direction to form a plasma vortex.
Subsequently, when the velocity and pressure in the plasma vortex reach a limit, a large amount of fuel with great momentum in the direction of the breath is poured in, causing the fusion reactor to combust instantaneously.
At the same time, the survival fusion reactor is overclocked to generate a super-strong electromagnetic field, at least restraining them within the thousandth of a second when the plasma is expelled.
There’s no accumulation of energy, no gathering involved. The breath is just that simple and brutal.
This process only lasts a few seconds, a dozen at most, unlike the continuous operation of the survival reactor.
In addition, the breath reactor’s powerful magnetic field causes the plasma in the breath reactor to be much denser than in the survival reactor, restricting the movement of high-energy neutrons and internal photons.
It’s the combination of these multiple factors that prevents the breath reactor from melting due to the high-temperature breath and enables Godzilla to use its breath, which can easily destroy a city.
But now, today, at this very moment, the power of the breath is no longer enough.
Those little things are indeed clever.
They calculated the range of my breath and attacked me from beyond that range.
They must have realized the range of my breath when I destroyed that city.
You are very intelligent indeed.
But it doesn’t matter.
Because it will overclock.
300 terawatts is ultimately the limit of Godzilla’s atomic breath without harming itself.
However, if Godzilla were to use its breath under the premise of “damaging its own body,” its power would increase significantly.
This is a technique Godzilla has possessed since its birth.
It has used this move to defeat enemies much stronger than itself, making it its ultimate skill.
But there is one drawback: this move causes significant damage to Godzilla’s body, rendering its atomic breath reactor unusable for a considerable amount of time.
However, that was in the past.
This evolution has given Godzilla a stronger physical composition and a method to make the ignited plasma denser.
It can greatly reduce the number of high-energy neutrons and thermal radiation colliding with the metallic wall, minimizing self-damage to Godzilla.
With this ability, Godzilla can increase its instantaneous power to a level that previously required self-inflicted injuries.
Of course, it requires a period of “charging.”
Although fundamentally speaking, this cannot be called charging.
It is merely a matter of spending time adjusting the density of the plasma.
Once the density of the plasma is properly adjusted, more fuel can be added, allowing the instantaneous power to reach a terrifying level without causing significant harm to Godzilla itself.
In theory, Godzilla only needs one to two minutes to adjust the beam’s power.
However, it has been more than ten minutes, and it remains motionless.
As for why… Well, it’s because…
Godzilla can’t activate it.
Really… What should be done to achieve it? Why isn’t there an auxiliary ignition?
Although the system panel has instructions on using a magnetic field to make the plasma ultra-dense.
But some things cannot be easily accomplished just by having instructions.
In the end, this is Godzilla’s first time attempting this, and it’s normal to be unfamiliar with it.
Finally, it’s done.
After more than ten minutes of fiddling, Godzilla feels the inner wall no longer getting hotter, realizing that it has finally adjusted the plasma density correctly.
During those ten minutes, it maintained the atomic breath reactor at power levels of tens or even hundreds of terawatts.
This greatly exceeded its capacity, resulting in the heating of its entire body and the melting of the reactor’s inner wall.
If Godzilla didn’t have two fusion reactors and a sufficiently robust cooling structure, it would have burned itself to death during its previous attempts.
Compared to the damage inflicted by the attacks of the smaller entities outside, the damage caused by Godzilla’s own failed attempts is even greater.
But it’s fine now; I’m finally ready.
I finally understand how to bind it.
On the surface of the sea, Godzilla, which was previously motionless, began to move again.
It opened its eyes, sensing the position of the human fleet.
Then, facing into the distance, it opened its mouth.
The Divine Punishment Beam emerged.