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Chapter 267

The leap of civilization

This is, after shielding the gravity field, the acceleration obtained by the object and the degree of weakening of the gravity field are not simple lines, but a more complex relationship...com[..com]

Based on this experiment, a young physicist published a formula that elaborated on the relationship between gravity field strength and object acceleration. Interestingly, the physicist's wife is also a mathematician, and most of the mathematical operations are done by his wife.

At that time, almost no one was correct in this formula.

The reason is very simple. The formula is too simple. The acceleration of an object and the gravity field are in the relationship between the cubic power, and the limit value of the formula is the speed of light. To put it simply, after the movement speed of an object reaches the speed of light, even if the gravity field relationship in a certain direction is completely informed, the object cannot obtain acceleration, so it cannot break through the speed of light. In fact, this has combined the mechanical formula of the gravity field with general relativity.

At that time, Lu Wen immediately realized the great value of this simple formula.

Yes, the quality and energy formula is also very simple.

The question is, do the mechanical formula of the gravity field have such great significance as mass-energy formulas?

Of course, the easiest way is to prove it through experiments.

Lu Wen seized this opportunity and organized an experiment. This experiment was about to decide to launch an anti-gravity field satellite and collided with Mu Haoyang. To be precise, it was necessary to use the launch of an anti-gravity field satellite as a cover. After all, the scientific research work Lu Wen was engaged in is top-secret.

In other words, even if it is caused by the outside world, it can be said that the anti-gravity field satellite is launched.

The carrier of the experiment is a two-stage spacecraft. The experiment is named "Deep Space", which means launching a spacecraft into the outer space.

Of course, the universe used for experiments is very, very unique.

This spacecraft has two parts, one is a thruster part and the other is an energy part. After launching and lifting off, the two parts will be docked in low-Earth orbit, and then the anti-gravity field system will be tested for the acceleration of each velocity short to prove whether the gravity field mechanics formula is correct. For this reason, there is also a complete acceleration tester on the spacecraft and a communication system for more ground experimental center communication.

Obviously, this is a very simple satellite.

In fact, this is also a very not simple satellite.

In the energy part, it is a controllable fusion nuclear reactor with a maximum output power of up to 15000 megawatts. The output energy can drive a super aircraft carrier of 150,000 tons to a speed of 45 knots, or send a air carrier weighing 50,000 tons to a height of 1,000 meters and make it fly at a speed of 1,000 kilometers per hour. The excess electrical energy can also power the electronic equipment on the mothership. What is commendable is that the overall mass of the reactor is 30 tons, so with the control system and the frame structure of the spacecraft, the total mass is less than 50 tons, which is within the carrying capacity of the super carrier rocket. Because the acceleration is tested, the structural strength of the spacecraft is very high, and they are all lightweight high-strength alloys and composite materials, which are much higher than ordinary aviation materials.

The key lies in the thruster part. The core of this part is a gravity field shielding plate weighing thirty tons and overlapping dozens of layers. According to theoretical calculations, when all these gravity field shielding plates start to work, the gravity field in a certain direction can be weakened by 99.9%, so that the gravity field in the opposite direction can be fully applied to the spacecraft, which is close to the level of obtaining realistic experimental data.

Of course, no one is sure of the consequences.

In theory, the spacecraft can accelerate to the second cosmic speed within one second, that is, the speed of flying out of the Earth-Moon system, exceeding the third cosmic speed within two seconds, that is, the speed of flying out of the solar system, and it only takes about an hour to accelerate to one tenth of the speed of light.

Of course, this is just the result of theoretical calculations.

In theory, that is, according to general relativity, the energy output by the energy system is impossible to accelerate the spacecraft to one tenth of the speed of light. It can only make the spacecraft reach 3,000 kilometers per second, which is about one percent of the speed of light, and then it will stop accelerating.

The question is, is general relativity necessarily correct?

Or, is there any flaws in general relativity?

These are mostly unsolved problems, and they are also problems that need to be solved in this experiment.

Of course, launching spacecraft is one thing, and ground observation is even more important.

Only when enough data was collected can this experiment be meaningful. For this reason, Lu Wen not only set up more than a dozen observation stations in China, but also borrowed more than a dozen large remote sensing ships from the Navy for observation on the ocean, and even used several military communication satellites.

Anyway, all the resources Lu Wen can obtain have been used.

Interestingly, Lu Wen did not go to find Mu Haoyang, but directly found the chief of staff of various armies, such as the Navy's remote sensing ship, which was borrowed directly from Zhou Yusheng.

It's not surprising that everyone is Lu Wen's identity.

During the launch, two rockets carrying anti-gravity field satellites took off, and then two rockets carrying the "Deep Space" spacecraft also took off.

At this time, Mu Haoyang had already boarded the special plane with Lu Wen.

In about twenty minutes, the two launch vehicles will enter low-Earth orbit, and the two cabin sections of the "Deep Space" spacecraft will be docked two hours after launch. At this time, it is just above China's local area, and the docking work can be directly controlled by the ground control station.

The formal test will be the fourth hour after launch.

Before this, the ground control station will start various equipment on the "Deep Space" spacecraft one by one and let the spacecraft conduct system self-test. The experiment will only be carried out after confirming that all systems are working normally. If there are equipment that is abnormal, you have to find a way to connect the spacecraft, or find a way to repair it in low-Earth orbit. Of course, repairing the spacecraft is not technically difficult.

Fortunately, all system tests passed smoothly.

At this time, Lu Wen had returned to the Physical Experimental Center. All the data from the ground control stations were sent back to the experimental center through a dedicated line, and then the experiment center issued instructions.

Mu Haoyang felt very curious, so he followed Lu Wen to the experimental center.

His is very sufficient because the anti-gravity field satellite must be launched twenty-four hours before it can reach the top of the east coast of the United States. In Lu Wen's words, if everything goes well, the experiment can be completed within eight hours, and then will the gravity field mechanics formula be correct.

It is necessary to have all the test data processed by a supercomputer, which can complete the comparison operation within a few seconds of receiving the data and then give a conclusion. Even if scientists are asked to review the computer's calculation results and eliminate deviations caused by computer failures, it will only take a few hours to do so.

In fact, for this kind of simple and complex physical experiment, data review is very simple.

To put it bluntly, if this physical formula at the basic level is right, everything is right, and if it is right, everything is gone, there is no intermediate state.

It can be said that basic physics formulas are the most distinctive black and white in the world.

Of course, this is also the theoretical basis of "falsification" in science, that is, as long as there is an experimental test to falsify, no matter how many experimental tests are completely consistent, the conclusion will be also false.

For Mu Haoyang, going to the experimental center can be considered a short rest.

When he returns to the War Department, he has to be busy with military and political issues, and scientific research is obviously a relatively simple job.

Taking advantage of this opportunity, Mu Haoyang took a nap on the plane.

When Mu Haoyang and Lu Wen came to the experimental center, all the experimental work was ready, and Lu Wen was waiting for the order to start the experiment.

On July 15, 2056, 22:20 Beijing.

At this moment, in the era of "cosmic civilization" or "cosmic humans" in later generations, it is more important than the moment when the Christian civilization was born, because at this moment, it was designated as the zero hour of "cosmic civilization", human beings officially entered the cosmic era at this moment.

Actually, this is a bit exaggerated.

It is normal for scientists in the "Age of Ignorance" (the name of humans in the universe to the previous human civilization). However, all humans in the universe have taken a decisive step, but no one noticed that this step has allowed human civilization to cross a clear line.

Of course, it is precisely because Lu Wen is regarded as the mother of cosmic civilization.

Is this the same boundary?

According to the new civilizations, before this boundary, all civilizations are in an era of ignorance and do not have the qualifications to explore the universe. After this boundary, civilizations will be biochemical, which is the sign of gaining the ability to explore the universe and penetrate into the universe.

Of course, it won’t take long before Chinese scientists will achieve a major that is enough to change human civilization.

To be precise, it is a new set of basic physics theories based on experiments.

What is this?

To put it simply, Einstein's statement in general relativity is not suitable for gravity field mechanics, just like Newton's three laws of mechanics are not suitable for objects that move at high speed. The conclusion is that not only is the speed of light not unsurpassable, but the theory of gravity field can enable any object to reach the speed of light. Of course, if it wants to exceed the speed of light, it needs to be even more important.

Is it a concept to make an object reach the speed of light?

In general theory of relativity, only objects without mass can reach the speed of light. For example, photons, any object with mass cannot reach the speed of light. At most, they can only approach the speed of light infinitely, because reaching the speed of light means that the mass of the object must be converted into energy.

It is this theory that has imprisoned human civilization for hundreds of years.

Fortunately, a major breakthrough is coming.

Chapter 267

The leap of civilization

Chapter 267
Chapter completed!