Voyage of the Stars.

Chapter 907 Blasting All the Way

According to the theory of human cosmic evolution, at 10^-43 seconds after the Big Bang, the ten-dimensional universe decomposed into a four-dimensional universe and a six-dimensional universe. The six-dimensional universe collapsed and shrank to a size of 10^-32 meters, while the four-dimensional universe expanded rapidly and became the macroscopic universe we see today.

There are undoubtedly many unknown secrets hidden in this. Every time humans make progress in science and technology, they are turning the unknown into the known little by little.

The same is true now.

Human scientists have discovered that the research on quantum field excited states and their theoretical explanations play a vital role in the process of realizing a real shield. It can be said that without the theory of quantum field excited states of particles, the success of a real shield would be impossible.

In addition, mathematicians have also discovered that in the process of calculating the spatial structure of the super force field and the shield range, if only the macroscopic three-dimensional space, that is, the four-dimensional space-time, is considered, then no matter how the equations are derived, there will be unsolvable problems. However, if the compactification problem and the microscopic six-dimensional Calabi-Yau flow are taken into account, meaningful solutions will be obtained.

Physicists discovered that this meaningful solution happens to be a special numerical solution to the strength of the super force field and the range of shield production. At the same time, when the set of equations created by mathematicians takes certain specific values, it can be transformed into quantum field particle excited state equations through mathematical transformation.

Coincidentally, this set of equations can also perfectly describe the double-slit interference phenomenon of light.

Human scientists now know that real shield technology is related to certain special solutions of the microscopic Calabi-Yau current. The process from the super force field to the generation of the real shield must involve the microscopic world of the six dimensions, but how they specifically participate is still unknown.

However, this does not affect the fact that humans have mastered the real shield.

The real shield achieved by humans has unidirectional conductivity like a diode. No matter whether it is an object or various energy waves, they can be shot out from the inside without attenuation, but they cannot come in from the outside unless humans reverse the direction of this unidirectional conductivity.

Yes, humans can reverse the conduction direction. They just need to adjust the parameters at the force field generator. When it comes to the finished shield operation end, it is just a matter of one key and one command.

This is also the final push to break through the technical barriers of the real shield.

Scientists have long discovered in the process of studying Majorana fermions that Majorana fermions are a type of quasiparticle, which is a quasi-excited state in the quantum field excited state theory. It is a fermion but unlike other fermions, it will not gather into matter when excited, nor will it interact with low-frequency photons.

Majorana fermions in a quasi-excited state will only show a state of superposition and squeezed wave peaks when they encounter the excited state of high-energy light in the quantum field, or the excited state of various massive particles. In that state, it will become optically visible matter, but once there is no stimulation, it will immediately return to the original quasi-excited state.

Just as the excited states of various particles are regarded as the peaks and troughs on the water surface, the excited state of this quasiparticle is a layer of muddy and sticky ripples. Once it is formed, it will block the appearance of peaks and troughs of other particles layer by layer.

This phenomenon makes the real shield invisible when it is normally turned on, and can bidirectionally guide normal optics, and a light curtain appears when it is hit.

Its unidirectional conductivity is actually a special structural solution of its excited state. In fact, a real shield can be generated without this special structural solution, but it must be turned off when the battleship fires, which is equivalent to adding an extra switch to the shield that is linked to the ship's gun.

Turn it off when the naval gun is fired and turn it on again after firing.

Although this method doesn't look good, it can actually be used if no special structural solution is found, because the activation and deactivation of the real shield does not take too much time. Of course, doing so is definitely not as good as mastering the one-way conduction technology. Based on this discovery, scientists speculate that there may be some level 5 civilizations that do this.

But this is not what humans should worry about now. Now that the real shield has been realized, the next thing to do is to speed up the creation upgrade plan.

The drawings of the new flagship have been designed. It will be a huge warship with a length of 810 kilometers, a width of 500.6 kilometers and a height of 309.4 kilometers. However, it will not be a square rectangular block, but a melon-seed-shaped warship with a streamlined appearance.

It can be seen that the ratio of these three values ​​is close to the golden ratio of 0.618. It is not that they deliberately imitated the awakener, but humans also think that such a ratio looks very beautiful, especially the battleship has a beautiful streamlined appearance, which makes people have more expectations for this new flagship.

When it is completed, it will surely be the most beautiful warship in human history.

Of course, other standard star-class battleships also use this shape and proportions, but they are a little smaller. The reason why it is said to be the most beautiful battleship of mankind is that we have to mention its armor material.

While other interstellar battleships have their hulls armored with strong interaction force fully mirror-reflective materials, this is a quark-material battleship unique to humanity.

When this material is illuminated by light, it looks like a repetitive stream of water. The entire hull of a warship is like this, and it has a streamlined shell, which is absolutely pleasing to the eye.

The beauty of the new flagship can be seen in the design concept map, and it is not only beautiful, but also has the highest combat power in human civilization.

The self-healing property of quark material ensures its strong defensive capability, and it will not be killed in one go even if the shield is not turned on.

Because it is unique in the entire plan, its construction time is the longest. Now, more than 100,000 other star-class battleships have been completed, while the new flagship is still in the stage of resource collection and component production.

There is no other reason, it's just that the cost of this battleship is too high and quark material is too difficult to produce.

But this is not a big deal. After all, when it is completed later, we can take advantage of the latecomer advantage and apply the previous experience in warship manufacturing to it.

In this way, after humans blew up a rocky planet in one star system, they moved on to the next one. With such violent means of resource exploitation, the entire Covenant fleet was changing with each passing day.

One after another, star-class battleships, star-class residential ships, interstellar biosphere ships, and star-class transport ships were manufactured, and fourth-generation warp engines of various powers were worked on day and night. Not only humans, but all civilizations of the Star Alliance were mobilized and all invested in this vigorous creation movement.

Since setting foot on the starry sky, humans have never destroyed rocky planets as crazily as they have in the past thousand years. In order to upgrade this creation, more than two dozen star systems in this area have been plowed by humans. It is simply brutal.

(End of this chapter)