Tower Defense Strategy

The scholars who borrowed the laboratory in the base really have a hundred thousand whys. Since they gave them the materials for particle flow weapons and the production of metal hydrogen, there have been endless problems.

Octopus is also considered to be broken for the "story", and has to spend a little time every day to answer questions and transmit new information to the scholars.

Questions and answers are conceptual things, such as what is the performance of a particle stream weapon when it first appears on the battlefield, what particle acceleration is the most energy-efficient, and so on.

More data is transferred.

Octopus is not an arms dealer after all, and it is impossible to complete the arms production materials connected to the network. But just as the ancients entered the Internet era, most of them knew the mechanics of the catapult and the black powder formula. The principles of things that were popular more than a thousand years ago, such as particle flow weapons and metallic hydrogen, are also completely transparent.

The principle diagram of the particle flow weapon is public information, but the same information will not explain why the acceleration pipeline is designed like that, and the calculation method involves certain disciplines.

The textbook of the University of Space is one hundred years ago, and the theoretical aspect is still quite different from that of a thousand years. It is difficult for scholars to understand it from the materials that come with the game, so some materials from other sources are needed.

If it is an ordinary person, it would be enough if you can make things by taking pictures of cats and tigers, but this is a group of real scholars who not only want to make them, but also want to know why they made them like this.

After the principle is truly mastered, there is the possibility of improvement.

However, Octopus did not simply come to be a teacher. He also got first-hand information about the Lava incident from scholars.

By the way, the extranet octopus used by ancient players can't be used!

That is a binary code-based network system, although it is also included in the modern data ocean, but because only the data is retained, there is no corresponding data service. For most people, it is a piece of data garbage, and it is difficult to pick from it. Effective information.

In addition to using the shuttle module to filter ancient games, Octopus does not touch other data.

Ancient AI seems to have sorting capabilities, and they use the external network very well.

The scholars obtained a battle damage report for the octopus, and they also specially obtained an individual to explain to him the extent of these battle damages in ancient times.

After listening to it, the octopus said...a bit scum.

Except for civilians, Lava and Rolling Ball caused a total of fifty fighter losses. The number is completely different in the eyes of scholars and octopuses.

According to scholars, fifty fighters are almost the output of one production chain for more than a year; and in the view of octopus, in addition to the loss of the pilot, it is the point of recyclable resources. The technology is not good, so how many raw materials are involved.

Oh, you guys who have to collect money... then it's okay.

Octopus knows what the world of money looks like. There are references outside the community, but he is not used to using money to measure time, engineering volume, etc. The efficiency is too low.

Regardless of the money factor, there is no difference between a war machine and a child's toy, titanium alloy and aluminum alloy.

Of course, because there was no comprehensive automation in ancient times, the differences in human brain power determined that many things could not be mass-produced. A group of countries on a planet further increased the difficulty of resource deployment. Maybe it is really impossible to produce.

The octopus can't help in this regard, and the production relationship is too complicated to start.

...

Tuqiu, C National Academy of Sciences.

The more you come into contact with aliens, the more you feel that there is still hope for your previous ideals.

Country C is a country established by a group of idealists. They shed blood and sweat for their ideals to this day. The world's second and first distance is very close, and the industrial output value is the first in the history of civilization in the world. The former ideal is farther away.

Nowadays, people talk about money, but they talk about houses and cars. They even feel that these are slightly substandard, and they don't even have the meaning of living.

It is precisely because of this environment that after the emergence of the monster, the power of country C was very cautious in mobilizing, for fear that an accident might cause internal drastic changes under the influence of external forces.

The concept of aliens obviously comes from a certain ideal environment.

Experts of the Academy of Sciences certainly know that there is indeed no essential difference between titanium alloy and aluminum alloy. It is not that modern materials are too far-reaching, and there is no way to turn many promising materials into affordable products.

Why is it related to the development of materials science?

Because exhaustive materials science is too expensive, every new material with practical value needs a long time of production and accumulation to flatten the cost of the entire material development system, and even many materials wait until the R&D stalls. Usually, the materials research system has already replaced a group of members because some of its income cannot make ends meet.

If the earth ball can survive the monster crisis and accumulate for thousands of years, even if it develops without change, people in the future will not think that titanium alloy is necessarily better than cast iron.

Unfortunately, the hope of this "if" is a bit slim now.

Although the aliens are kind, they will only provide some equipment drawings that the earth ball can make in a short period of time. Can these things be mass-produced? Will anyone use them to deal with human beings after mass production? They all need earth. The ball solves the problem by itself.

The other is resources. Tuqiu wants to use resources to the limit, it will inevitably require all countries to work together, at least in terms of parts and components that reach almost unified standards. For example, if the missile launcher is broken, the country concerned will have to repair it. As a result, the country concerned has destroyed the monsters. A bunch of missiles are turned into scrap, so why don't they lie down and wait for death?

It is a pity that with the current ideology of various countries, there is no possibility of reaching a unified standard.

Second, at least, is it possible to keep oneself in the disaster?

After asking this question, the aliens in turn asked a few questions and went offline.

Questions include what size and weight objects can be sent to the synchronous orbit, the current weight and launch speed of the electromagnetic weapon system, whether the synchronous orbit can be docked, and whether the synchronous orbit has the ability to supply materials and so on.

The scientists and the soldiers who helped to operate the game looked dumbfounded, but the team of experts responsible for analyzing the micro-expressions of aliens expressed great hope.

A few hours later, the alien talent went online again and came up with two more sets of information!

They are the solar energy system for space, the space-based weapon "Death Scepter", and the space-based weapon "Sword Mang."

The solar energy system used in space is not the same as the solar energy currently used in the earth globe. In addition to using light energy, it also mobilizes the heat generated by cosmic radiation to generate secondary power. At the same time, the cooling system is actually a set of cooling. Integrated system.

The "Death Scepter" is a space-based launcher with electromagnetic weapons as the main body, which can achieve a faster blow to the ground by pushing the projectile to more than one thousand kilometers per second.

The geosynchronous orbit is nearly 36,000 kilometers high, and the speed is 1,000 kilometers per second. Even if the deceleration effect of outer space is negligible, it takes more than 30 seconds to penetrate the atmosphere and hit the target. In fact, it is not particularly suitable for hitting moving objects. , It also needs the cooperation of the ground forces to find a way to control the movement line and speed of the monsters before they can be used to fight the monsters.

"Sword Mang" is a different concept, it is a laser platform, but the laser has to penetrate the atmosphere and still reach sufficient intensity, the power will be very high, and a little discussion will not work.

On the one hand, when the energy level reaches that point, the impurities and dust of a few atoms may cause the laser crystal to melt during continuous shooting; in addition, the laser is still too severely affected by the weather, and the smoke and debris from other weapon hits will affect the performance, which is a bit unreliable.

After a cursory look, I decided to focus on the "death scepter". This document also includes two indirect attack warhead models that can be used to carry nuclear warheads. Of course, the metal hydrogen bombs that were being developed before will also be promoted, and the two production and transportation systems are irrelevant and have no impact.

Because the material system is different, the design weight provided in the data does not have reference significance. We have found a discussion about building a rocket. Initially, it is believed that at least three tuo loads must be launched to dock in order to achieve the basic functions.

No one has done synchro-orbit docking, but country C does have experience in low-Earth orbit docking and full-automatic docking of lunar orbits. The signal conditions of the synchro orbit are good. As long as the error is controlled, it will not be more difficult.

A controversy also occurred during the discussion.

Some people think that the "Death Scepter" is better placed in low-Earth orbit, which is more than 30 tons. It can be launched at a time by thinking of a way. It can hit the target within one second when used, which is much more reliable than placing it in a synchronous orbit. . For more than 30 seconds of the synchronized orbital attack, supercomputer assistance was needed to hit the vicinity of the target, and the people responsible for the seduction had to desperately to keep the planned route unchanged.

It's true, but problems also follow.

It takes at least one hour for an artificial satellite to make a full revolution in low-Earth orbit. In this state, the altitude is only more than 300 kilometers. How far can it be covered in which orbit? Turn it up a bit to cover a larger area, but it also turns more slowly. How long does it take to adjust the track where it can't be hit? How many more people will die in the process?

The second ~www.wuxiaspot.com~ is placed in low-Earth orbit, what should I do if it is shot down by another country? Or other countries require space-based weapon support, should they agree? In line with the principle of a family of humans, the above must be agreed, but this will increase the burden of ammunition supplies and equipment maintenance, and you have to build a few more. If you fight the monsters too frequently, you may not even The rockets for production and maintenance are too late.

It is placed on the synchronous orbit, although it has the defect of too long ballistic time, but because the distance is far enough, it is easy to achieve no dead-angle strikes across the country and the surrounding area, and the synchronous orbit is relatively stationary and can be on standby at any time throughout the year. In addition, there are still rare atmospheric particles in low-Earth orbit. The highly disposable satellites generally have a lifespan of five to eight years. The synchronous orbit has more advantages in terms of self-loss. It has been in good condition for 30 to 40 years. Considering that the technology is not mature enough, a higher level can eliminate some inexplicable faults.

After the discussion, most of them finally agreed that if there is only one, it is more appropriate to place it in a synchronous orbit. Let us manage ourselves first before we have the energy to contribute to all mankind. It is not too late to discuss the near-ground model after the entire production and supply chain is straightened out and some problems in use are resolved.

The basic goal was agreed upon, and the sub-institutes worked on various subsystems. Everyone was enthusiastic, mainly because the group of satellite builders finally felt that they could help fight monsters.