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Chapter 784: Chapter 785 Superluminal Experiment (Part 3)

Superluminal experiments have been carried out many times and lasted for nearly a year. Huo Gu and they were finally able to put into practical superluminal technology.

During this period, they found many problems, for example.

The mass of the gravitational ring is very large. Although it is a dynamic mass, the particle flow in the ring that moves close to the circumference of the speed of light can be roughly regarded as a whole. The energy required to move the gravitational ring is equivalent to the energy required to deflection the particle beam.

Due to the gravity of the particle beam, the protons of the gravitational ring are closely attached to the protons, so it is not easy to move such an object that reaches the density of the neutron star.

Therefore, the steering ability of superluminal organisms is a big problem.

If it is a non-moving giant organism like the ripple giant structure, the problem of consumption is nothing, because consumption can be supplemented at any time, but superluminal organisms are movable units. If they need to consume a huge amount of energy to change direction, they need to carry a huge amount of antimatter.

Otherwise, the antimatter will be exhausted after a few circles, how can you go into battle?

Fortunately, the problem can be solved. It is also using negative matter for deflection. By releasing the negative substance generated on the side of the gravitational ring in front of you, when the repulsion force is unbalanced, superluminal organisms can turn.

And the energy consumed is very small. After all, the negative substance produced does not require superluminal organisms to input energy, so it only needs to consume the energy of the switch valve.

There is also the structural ring that stores negative substances at the back end. With the increase of negative substances, the repulsion will increase. After reaching a certain peak, the electromagnetic force of molecular materials can no longer restrain the negative substances. The initial experimental organisms are difficult to withstand such a huge repulsion, resulting in the overall tear in the second half.

This problem is very troublesome and is directly related to the upper limit of the superluminal speed that superluminal organisms can achieve.

Theoretically, the speed of superluminal speed can at least reach the superluminal expansion rate at the time of the Big Bang, running tens of thousands of light years in a Planck time, which is easy and stress-free.

But there is a prerequisite that the encapsulated negative material container can withstand such a powerful negative matter \'pervath repulsive\', which is equivalent to the gravitation close to the black hole, and the repulsive force of the repuls will not be lower than the black hole.

There are two basic forces that collectors can use, one is electromagnetic force, and the other is gravity. Electromagnetic force materials are also molecular materials. If you want to resist the magnitude of black holes, it is undoubtedly a little whimsic. When gravity and repulsion are opposite, the two will only neutralizing each other, that is, the universal repulsion will be weakened.

This problem has troubled the collectors for a long time. Fortunately, there is no solution, and in the end, this problem has been solved.

Another example is the communication between each other, the electromagnetic wave movement speed of the medium is the speed of light, but when traveling beyond the speed of light, the speed of organisms is super light. Although it is relatively static at the same speed, this superluminal speed is not an inertial motion, so it cannot be used as a reference for the inertial system.

It is like sitting on a train and throwing a stone out of the window. The stone falls to the ground in the direction of the vertical train from the perspective of the person on the train. It can fall to the ground from the perspective of the outsider. The stone falls to the ground in a parabolic line at the angle of the angle of the rail.

Because the train is moving, the movement has its own inertia, but the superluminal speed developed by Hogu has no inertia, and the limit of the speed of light still exists. Therefore, it transmits radios horizontally to other organisms at the same speed and in the same direction as the superluminal speed. When the radio reaches the position of the organism, the organism has gone far away.

Therefore, if you want to use radio to build information exchange, you need to calculate the amount in advance and release the radio in front of other superluminal organisms, so as to ensure the reception of radio information.

The higher the superluminal speed, the greater the tilt angle of such radio communication, and the longer the time required for the transmission of information.

After solving all the problems, superluminal technology tends to mature, and collectors begin to build practical superluminal organisms.

This time, the collectors built four gravitational rings in space, both of which are of equal size and mass.

These gravitational rings are used as a source of gravity to produce negative material, placed at the front end of the biological keel, and the front end is an antimatter shield.

Then the four gravitational rings are wrapped, using metal bones to build pipes, spirally twisting towards the back end of the keel, and building a ring container for storing negative substances at the back end.

Such a structure does not look high-end, but a straight keel is covered with a cylinder at the front end and a cylinder at the back end.

Such a design was discovered by Huo Gu after many experiments. The complex gravitational rings and the structural rings that store negative substances can increase the degree of distortion of time and space without improving the strength of the material.

When the complex rings are integrated, they become a cylindrical structural design.

In addition, this structural ring and pipeline are covered with a circle of small gravitational rings, and the collectors intend to use the strength of the gravitational ring itself to resist the repulsion.

Although the repulsion will be offset by gravity, if the repulsion of the gravitational efficiency of the small gravitational ring is negative, the repulsion will still exist, and then the repulsion will resist the structural strength of the gravitational ring.

Needless to say, the structural strength of the gravitational ring is naturally. Even if it extends to the stellar scale, will not be easily disintegrated.

Biological pulses are no longer needed. Superluminal creatures can rely on negative matter to move in the universe, and the energy consumption may be much less than lighting a bonfire.

On the reactor carried by organisms, the collectors who intended to carry antimatter reactors were stopped by Hogu.

"This time, we still use fission reactors. Don\'t rush, ensure safety first, and then consider further."

"I see."

Although it is a practical superluminal organism, this is the first test, not a battle with high energy demand, so it is decided to use a relatively safe fission reactor. Anyway, collectors do not need to consider the cost of modification to modify their own bodies.

The solid brain is placed in the middle of the organism, and the gravity of the gravitational ring and the repulsion of the repulsion ring cancel each other. The space-time there is not distorted, and the passage of time is the same as normal space-time.

Then multiple biological atomic clocks are attached around the solid brain to accurately display the time in real time and transmit the time information to the solid brain.

This is to grasp the sailing distance, the balance between gravity and repulsion, and the time recorded in normal space-time environment will not be distorted, so the actual sailing distance can be obtained directly by multiplying the speed formula and time.

"Then, start the trial."

"Let\'s set sail!"

The superluminal creatures that completed their own body construction gradually move under the distorted expansion of negative matter.