Beneath Deep Space

Artificial intelligence has developed to the current level and has become highly intelligent, and every step of the instructions is subject to probability calculation.

And people have input a large number of initialization conditions in advance, allowing it to "cover the evacuation of Deep Space while killing the opponent at any cost."

Of course, artificial intelligence cannot understand human language, and all commands must be digitalized and programmed.

"Covering the evacuation of Deep Space" is the first priority. If measured by numbers, the weight of "Deep Space" should be 10 billion, "Titan" should be 10,000, and "Yuyan" is only "1". All the others combined are less than one ten thousandth of the size of Deep Space.

After weighting is given in this way, automated war can be calculated according to specific algorithms like chess.

Therefore, when the Yuyan Phalanx was in chaos, the artificial intelligence detonated large-yield nuclear bombs one after another, causing a massive electromagnetic pulse.

Due to the large-scale chaos of electromagnetic waves, even if the opponent's radar detection technology is much better than that of humans, this gap has been forcibly smoothed out, and detection can only rely on the visible waves of stars...

In other words, all spaceships have to rely on image recognition systems to fight. This efficiency is definitely much lower than radar scanning.

"In this way, delaying tactics can be more effective!"

A military expert said in a slightly trembling tone, not sure if it was excitement or fear, or both...

In fact, ultra-long wave radar is generally used for strategic warning due to its long wavelength, small signal attenuation, long propagation distance, and low positioning accuracy.

Most military radars on spacecraft use higher-frequency electromagnetic waves, with corresponding wavelengths below 10 millimeters. This is because short-wave radar has stronger positioning capabilities.

but!

The radar reflected signal attenuates to the fourth power with the distance of the target. To increase the detection distance to 2 times, it is necessary to emit 16 times the power!

This can be fatal. The universe is so large and the distance is often hundreds of thousands of kilometers. The power of the radar must be very high.

Although high-frequency radar has many advantages, if ultra-high-frequency lidar is really installed to scan hundreds of thousands of kilometers in all directions, it is estimated that the entire nuclear fusion energy cannot support a single radar.

Moreover...when a nuclear bomb explodes, the main interference is shortwave.

A trillion-ton nuclear bomb and a powerful electromagnetic pulse swept tens of thousands of kilometers in a radius... But how could the spacecraft of both sides not consider this when doing this? Although many electrical components cannot be used, at least they will not be paralyzed.

The entire battlefield began to become chaotic, close-range fights ensued, and a large number of light spots appeared densely in the space.

This kind of close-quarters fighting is the most alarmingly aggressive.

If the distance is a few light hours, even with a light speed weapon and a dense firepower network, how many hits can be made?

The humans far away in the Deep Space could no longer receive any electromagnetic signals from the satellites due to the explosion of the nuclear bomb. Fortunately, they had traveled 650,000 kilometers in 10 hours of sailing, so their view would not be blocked by the Dig star.

Yu Yifeng looked at these light spots from a distance through the astronomical telescope mounted on the Deep Space. With the naked eye, it was difficult to tell whether the enemy spacecraft exploded, our spacecraft, or various missiles were intercepted...

Uninterrupted laser communication is no longer suitable in such high-speed and long-distance situations.

It's a simple truth, if you can be hit by your own laser, then the other party's laser can also be hit...

All human spacecraft ahead entered a state of melee controlled by artificial intelligence.

From the telescope, people finally saw the appearance of the enemy spacecraft...

Generally bigger!

The smallest diameter is more than 200 meters, which is similar to "Leviathan". This may be the size limit of the other party's warp spacecraft after having controllable nuclear fusion. After all, the curvature engine is not small in size.

The engine of this spherical flying saucer can slide freely within the circular track, and the material is evenly stressed, giving it high maneuverability.

Theoretically speaking, flying saucers are more suitable for battles in space than the streamlined "Yuyan".

The enemy's largest spacecraft, even larger than the "Titan", is continuously releasing small drones... The constant flashing spots above may be a scene of being hit by an electromagnetic gun, or it may be firing a laser.

The opponent's large spaceships generally use a powerful light weapon. The frequency is not high, but the lethality is extremely high. This weapon is somewhat different from a laser, because lasers generally do not emit light.

According to scientists' guess... it's a kind of "ion cannon"!

The "ion cannon" is actually a variant of the electromagnetic gun, except that the ammunition it ejects is high-energy protons, which can achieve more than 99% of the speed of light. It is actually a weapon close to the speed of light.

In terms of lethality, after the ion cannon hits the target, obvious small-scale hydrogen nuclear fusion will occur, bringing a combined impact of heat and large amounts of subatomic radiation, which is more powerful than a laser!

The energy consumption of this kind of weapon is huge, which is equivalent to a super powerful particle accelerator. It is still in its infancy for mankind, and only a few of them are loaded on the "Deep Space". The emission frequency is not high, mainly due to power and heat dissipation issues.

There are also various strange haloes produced on the surface of the large flying saucer, and the light emitted is very bright. Because the distance is about two million kilometers, it is difficult to see what it is...

People's hearts were already extremely nervous, because in this case, the other party would not just let the Deep Space escape!

Deep Space's bright engine light makes it easy to spot.

Various orange alerts have been sounded!

Moreover, it is impossible for the opponent's spacecraft to escape from the curvature bubble in all its positions in front of the planet... It is also possible that it just missed the battle area in front and came to the back of the planet.

That is...the area where the Deep Space is located!

A distance of more than three million kilometers, if used to strike at the speed of light, would only take 10 seconds. Fortunately, such a distance can completely affect the accuracy. The Deep Space's auxiliary engine began to change direction, trying to find an "S"-shaped curve to reduce the orbit. Possibility of being calculated.

"Let all the remaining Yuyans out! Form a phalanx formation!"

Seeing the enemy warp spacecraft appearing within millions of kilometers passing by one after another, Yu Yifeng immediately gave the order.

Some spacecraft decelerated too quickly due to curvature, and were squeezed by the gravity of "Dige 114". After the curvature bubble was damaged, a huge explosion occurred again.

These close-range explosions did not reduce the pressure in the heart, but made people feel that dangerous steps were approaching...

Let Yu Yifeng no longer care about anything else and throw all his effective forces into the battlefield at once.

Immediately afterwards, a large number of old missiles were launched. After people started using electromagnetic guns, this kind of missiles had been slowly phased out, but today they are actually used.

Their speed is not fast, but they have a certain ability to track heat sources. Maybe they can hit the opponent?

Even if it wastes the enemy's interception laser, it is still good.

While thinking like this, the surrounding enemies began to increase. The Deep Space's artificial intelligence system directly detonated a giant nuclear bomb with a yield of one trillion tons, and began to use the same trick to block the radars of both sides.

Various electric sparks began to appear on the surface of the Deep Space. This was the metal shell's induction of electromagnetic pulses.

The next second, "Deep Space" also ushered in its biggest enemy: a large flying saucer with a diameter of at least four kilometers!

It successfully escaped from the curvature bubble in an area 600,000 kilometers away.

600,000 kilometers, if it were struck at the speed of light, it would only take two seconds!

The moment the two sides discovered each other, a large number of lasers were already launched! In the simulation diagram of the central computer, this series of lasers has formed a firepower network of forty kilometers.

After 10 hours of acceleration, Deep Space reached a speed of nearly 40 kilometers per second. This speed was like a snail compared to a small spacecraft. At such a close distance, it was instantly hit by various light speeds.

A large number of red alerts sounded immediately, and more than a dozen damaged images popped up on the screen, causing people to feel truly frightened.

Fortunately, weapons like lasers are not very powerful in themselves, and it is quite difficult to significantly increase the power. People have prepared a large amount of fixed nitrogen and powerful armor in advance.

On the contrary, it is another weapon that is close to the speed of light, the "ion cannon", which is more powerful. When it hits the armor, it will not only melt, but also produce an explosive reaction like a nuclear bomb. Everyone heard several loud "boom" sounds.

However, as long as any weapon does not hit the ion engine directly, the thick-skinned Deep Space will not suffer immediate devastating damage.

"Even if you get hit a few times, you still have all kinds of backup equipment!"

Large warships always have higher survivability.