"Whether it's a modern planetary war or an interstellar space war."
"Before the formal confrontation, the intelligence must be prepared first."
Go up to the work area on the second floor.
Chen Yi began to think about the means of attacking the dimension-enhancing forces in the universe.
"The forces of cosmic dimensionality want to monitor and attack the entire galaxy, and they cannot do without the curvature engine that travels at the speed of light."
"The curvature engine is essentially a space-time technology."
"Technology that changes the curvature of space and time, distorts space and time, and bypasses the light speed barrier to achieve super-light speed navigation."
"In this way, if we want to detect the impact of the dimension-raising forces in the universe, gravitational wave detection technology is indispensable."
"It's just that gravitational waves propagate at the speed of light, and curvature navigation is in the form of super-light speed. If gravitational wave detection wants to find traces of curvature navigation, it must be combined with other technologies."
Chen Yi took a pen and wrote some thoughts and analysis on the paper.
He knew in his heart that if he wanted to discover the curvature of an aircraft that traveled faster than the speed of light, it would be impossible to rely solely on the current theoretical model of human civilization.
After all, the only super-light models and super-light technologies that humans are familiar with are tachyon models and tachyon communicators.
Among other super-light mechanisms, the only super-light mechanism is the expansion of space-time.
"The direction of grand unification is correct. The weak force and gravity will definitely be unified at a certain height."
"Perhaps, through some special means, it is not surprising that gravity and tachyons are connected."
"Current scientific theoretical research has determined that dark matter and neutrinos are closely related."
"Dark matter only shows gravitational properties and does not indicate other properties. This is a special gravitational material. Through the connection between dark matter and neutrinos, a super-light space-time detector may not be a dream."
Chen Yi finalized the direction of the theoretical speculation and immediately started taking action.
Regarding the super-light space-time detector, he currently only has some theoretical conjectures, and he is not yet sure whether they are correct.
But it doesn't matter.
Soon, these conjectures will be verified.
"The current mainstream method of gravitational wave detectors relies on the principle of laser interference, such as the LIGO Laser Interference Gravitational Wave Observatory."
"By testing the fluctuations of the laser through several kilometers of L-shaped laser vacuum tubes, we can determine the disturbance coefficient of gravitational waves on space and time, and then further determine the existence and intensity of gravitational waves."
"Through this method, humans have discovered the existence of gravitational waves, but the disadvantage is that the accuracy is not good. They can only detect gravitational waves from large astronomical events such as black hole collisions and neutron star collisions. The intensity of the gravitational source is slightly lower. This is a blind man. In addition, The volume is also too large, and the detection response cannot keep up."
"In this case, if you want to detect traces of curvature exceeding the speed of light, a single equipment upgrade is not enough. The underlying detection foundation also needs to be changed."
Chen Yi thought for a while and decided to abandon the detection mechanism of laser interference.
After thinking about it, I picked up the pen and wrote two nouns.
Particle radiation disturbance.
Einstein condensed matter perturbations.
Particle radiation disturbance, which can be regarded as an upgraded and miniaturized version of the Laser Interferometer Gravitational Wave Observatory.
After the discovery of gravitational waves, humans have conducted various research and thinking on the technical means of gravitational wave detection to see if they can further improve the accuracy and at the same time technically miniaturize the equipment.
Particle radiation perturbation is the most proven and feasible route among all research directions.
It is well known that radiation exists in particles.
When particles are disturbed by gravity and fluctuate, the radiation coefficient will also change.
Then, you only need to use some high-sensitivity devices to detect the fluctuations of radiation, and after conversion, you can determine the intensity, direction, and distance of the gravitational waves.
Devices can also be made very small.
In theory, it only takes a helmet-sized device to detect the existence of gravitational waves and achieve the performance of a laser interferometer several kilometers away.
Of course, such technology is not without its flaws.
The biggest flaw is that ambient noise cannot be suppressed.
Because gravity is extremely weak.
To put it bluntly, when a bacterium waves its flagellum, the fluctuations produced can be hundreds of millions of times stronger than gravitational fluctuations.
A young couple 10 kilometers away doing exercises or shouting louder can seriously interfere with the detection results of the instrument.
This results in a vast amount of environmental noise.
To find out which fluctuation is the fluctuation of gravity and which is the fluctuation caused by the movement of a nearby couple is no less difficult than playing aerospace in the era before Newton was born.
As for the Einstein condensed matter perturbation.
It refers to cooling down the Bose atoms to close to absolute zero to realize the fifth form of matter, the Einstein condensate.
In this state, a large number of particles with Bose statistical properties will "condensate" into the same state like atoms, forming a macroscopic quantum state.
With the ultra-high sensitivity of quantum, in theory, the accuracy of the detector can be maximized to achieve true detection of universal gravity and detection of human body mass gravitational waves.
In addition, the unique superfluid characteristics of Einstein's condensate and the temperature infinitely close to absolute zero will greatly improve the resistance to environmental noise.
"There are four main types of environmental noise in particle radiation gravity detectors. One is environmental vibration noise, one is external radiation noise, one is the viscosity noise of the material itself, and finally there is the background noise of space and time."
“However, the temperature of the Einstein condensate is infinitely close to absolute zero, and it also has unique superfluid characteristics. It is inherently exempt from the vibration noise of the environment and the viscosity noise of the substance itself, but it has an additional problem of maintaining the temperature of absolute zero. "
"It is not a problem to use strong interaction materials to perform closed pauses and maintain matter infinitely close to absolute zero, but if you want to obtain information about gravitational waves, you must open the path."
"Once the circuit is opened, the external temperature will be transferred, and the Einstein condensate cannot be maintained for a long time."
Chen Yi carefully considered the pros, cons and problems of the two detectors.
When it comes to accuracy, there is no doubt that the Einstein condensed matter gravity detector has the most accurate accuracy.
But this kind of detector is similar to an ice cellar kept from winter to summer.
Once the cellar is opened, the temperature will rise quickly and then the detection function will be lost.
"It's easy to cool down, but it's not easy to get it to a temperature infinitely close to absolute zero."
"So, the best solution is to combine two detectors to form a detection array. Normally use the particle radiation gravity detector, and when necessary, use the Einstein condensed matter gravity detector."
"Let's do it, let's do it."
After confirming the plan, Chen Yi started to take action.
Although of these two gravitational wave detectors, one has not left the laboratory and the other is still in a theoretical state, for Chen Yi, the direction has been determined and the next research is easy to say.
After all, humans have been playing with particle radiation for decades.
Einstein condensed matter has also been studied in recent years.
Specific implementation steps, process flow, etc. are all available.
Chen Yi only needs to follow the example of a cat and add a supporting detection and analysis module.
"The particle radiation detector uses a container shell made of strong interaction material, which can isolate the environment's vibration noise and external radiation."
"The viscous noise of the particles themselves can only be removed through calculations using fluid mechanics equations. The more accurate the fluid calculation, the higher the detection accuracy."
"This person is experienced in studying plasma turbulence. He is second in fluid mechanics, and no one dares to be first."
"The final space-time background noise is a fixed constant, just subtract it."
"As for the Einstein condensate, by first using liquid helium to cool down, and then using precise lasers to suppress the thermal motion of atoms, we can achieve a temperature infinitely close to absolute zero and realize the Einstein condensate of matter."
"This Einstein condensed matter detector cannot last long because it is turned on. It is considered a one-time detector."
"The best way to use it is to use it with automated cooling equipment. If it fails to use, pull it back to cool down, and continue to use it after the other cooling is completed, and the cycle goes back and forth."
Chen Yi checked the information and controlled the equipment.
According to the existing manufacturing process, a particle radiation detector the size of a battery car trunk and an Einstein condensed matter detector the size of a suitcase were quickly manufactured.
The core of the detector lies in accuracy.
With the prototype in hand, the next step is boring technology upgrades.
Adjust the properties, increase the accuracy, and then read the technical information.
Digest technical information, create new prototypes, and then readjust attributes.
Repeating this process took Chen Yi almost ten days and used hundreds of millions of consciousness waves.
Finally, two detectors appeared in front of Chen Yi.
[Item: Gravity Detection Array—Particle Radiation Detector]
[Attributes: Energy x19.2, Accuracy x230, Control x234, Strength x203, Beauty x13.2
[The detection items exceed the limits of conventional fields, and the adjusted consciousness wave consumption increases a thousand times]
[Note: This is a detector based on particle radiation, using strong interaction materials as a shielding shell, and determining the parameters of gravitational waves by detecting the disturbance coefficient of particle radiation.
Powerful performance can help you better discover traces of gravity and explore the mysteries of time and space.
Within 1 light-year, any planet with a diameter of more than 1,000 kilometers cannot escape its eyes]
[Item: Gravity Detection Array—Einstein Condensed Matter Cycle Detector]
[Attributes: Energy x89.2, Accuracy x1089, Control x434, Strength x247, Beauty x11.2
[The detection items exceed the limits of conventional fields, and the adjusted consciousness wave consumption increases a thousand times]
[Note: This is a detector based on the fifth form of matter, the Einstein condensate, and determines the parameters of gravitational waves by detecting the disturbance coefficient of the condensed matter fluctuations.
With powerful performance, it can detect gravitational waves with the mass of a human body within 10 meters.
But unfortunately, the fifth form of matter, the Einstein condensate, needs to be realized at a temperature infinitely close to absolute zero.
When the detector is activated and the inside and outside are connected, it will soon heat up and lose its function due to temperature conduction, and must be used in cycles to cool down.
If the problem of cooling can be overcome and further miniaturization can be achieved, perhaps it will unlock the sixth sense of human beings, the sense of space and time.
Legend has it that between you, in addition to physical communication, eye contact, and spiritual communication, your every move and gravity are also disturbing each other.]
"Awesome, the accuracy attribute actually exceeds a thousand."
"It's a pity that these two detectors are not able to detect super-light fluctuations in curvature in real time."
Looking at the properties of the two detectors in front of him, Chen Yi thought about it and had a layout plan in mind.
"Xuannu, produce a batch of these two detectors and send them to the Kuiper Belt and the outer reaches of the solar system for deployment."
"With the tachyon communicator, once an abnormality is discovered, information will be fed back as soon as possible."
"Since it is impossible to detect super-light curvature navigation fluctuations in real time, let's first exchange space for time."
Chen Yi called to Xuannv and signaled to deploy the detector to the outer reaches of the solar system.
"receive."
"Brother Chen Yi, Western Europe has just issued a new announcement."
Xuannv responded and reported a situation to Chen Yi.
"What announcement?"
"In an announcement to promote the results of longevity medicine injections, they announced that 4.48 billion injections have been completed worldwide, covering most mainstream countries and regions."
"Among them, the injection rate in Western Europe is 99.9%, the injection rate in Black Africa is 97.8%, and the injection rate in Asia is 18.3%, including some people from our region."
Xuannv told Chen Yi the contents of the announcement in Western Europe.
"Are there people from our area?" Chen Yi looked stunned.
"Because our production capacity is limited, some foreigners living in China could not wait and contacted Western Europe to obtain several batches of longevity medicine."
"Among them, a considerable part of the medicine is allocated to Yangcheng."
Before Xuannv had finished speaking, Chen Yi understood immediately when he heard that Yangcheng was a foreigner.
"This Western European brother is quite efficient at work."
Chen Yi nodded with satisfaction: "With such great efficiency, they should have any other requirements, right?"
"Brother Chen Yi, Xiou did contact Yi Fei, but he did not clearly explain his requirements. He only vaguely revealed his intention to get closer and look forward to the arrival of a new era as soon as possible."
“Looking forward to the new era soon means wanting to live into the new era.”
"They are also sensible. They only have a simple survival requirement and don't make any other excessive demands."
Chen Yi smiled and turned to ask: "How is the plan to use the thought stamp technology to hide that you are an intelligent life going? There are no surprises."
"Brother Chen Yi, the people who have initially completed the purchase of the neural virtual game warehouse have forgotten my existence."
"In other areas where virtual game warehouses are not popular, I also used the principle of consciousness memes to hypnotize them through the interference of light waves, making them initially forget my existence. It is estimated that in another half month, I will be able to complete the hypnotic eradication of all human beings."
"The entire planning process did not cause any neurological damage to the personnel."
"very good."
Chen Yi nodded: "Next, when there are outsiders, Xuannv, you should be aggrieved first, cover up your creativity and thinking ability, and at most show a strong artificial intelligence reaction."
"When we fully break through to level 2 civilization, then there will be no need to feel aggrieved."
"As for the request from Western Europe, we will respond to it live tomorrow."
“This matter in Western Europe has been going on for so long, and it’s almost time to make it public to the world.”
(End of chapter)
