It is not easy to trace back more than a thousand years. Even if it is just ten thousand acres of land, it has reached the upper limit of what Lin En can bear.
Fortunately, the timeline quickly advanced to October 3, 2549 of the Federal Calendar.
The day he died! The surrounding scene was frozen in an instant. The walking crowd, the rotating machines, and the water molecules in the air were all still in place, like a special painting. It was not until Lin En clapped his hands that the frozen time began to flow.
The next moment, the door of the hall was pushed open, and hundreds of scientific researchers in dust-proof suits entered the laboratory together. Lin En clearly saw himself among them.
Lynn also followed them into the laboratory. The space inside was very large, and the center was divided into a large vacuum experimental area to prevent free molecules from interfering with the experimental results.
The so-called black box experiment is not really carried out in a black box. "Black box" is just a metaphor. After all, quantum-level reactions cannot be observed with the naked eye.
The entire experiment was conducted under the control of AI intelligence, and only artificial intelligence can achieve such precise control and data monitoring.
The ultimate goal of the experiment is to find the real factor that causes quantum collapse!
Although the theory that human observation will lead to quantum probability collapse was proposed hundreds of years ago and there are a large number of experiments to support it, many scientific researchers in the Federation are still trying to refute this, or to find the real cause of quantum probability collapse.
For example, a federal academician who studies quantum mechanics believes that what causes quantum probability collapse cannot be the observation itself, but energy interference above a certain frequency.
After all, all observation behaviors will inevitably have an impact on the quantum.
And the greater the mass of a substance, the less obvious its volatility is, which is also strong evidence.
It's just that in the past they didn't have instruments that were suitable and accurate enough to confirm this.
So since the new century, with the breakthrough of quantum observation technology, similar experiments have become more and more common, but a key problem has still plagued the scientific community for decades.
That is how to distinguish observation from interference. Some researchers believe that the energy level of the observation equipment should be lowered as much as possible. As long as the interference is small enough, they will be able to observe the state of the particles without the collapse of quantum probability.
Other quantum researchers have scoffed at interference theory and instead focused on the observer.
Since human observations can affect quantum collapse, what about mammals, insects, and even single-celled organisms?
Where exactly are the limits of observation?
But no matter which school of thought it is, they all need to do the same thing, which is to make the output process as complicated as possible, and that’s where the black box comes in!
This special instrument will only work when the quantum probability is frozen. Once the quantum probability becomes chaotic again, the instrument will stop automatically.
During the entire experiment, everything is done by independent AI, and there is no connection to the external network. All data generated during the experiment will be deleted.
The reason why it has to be done so rigorously is that someone did a similar experiment twenty years ago. They sealed all the experimental data and waited until ten or twenty years before opening them again, in an attempt to avoid quantum collapse.
As a result, as long as they choose to record the data for storage, regardless of whether they choose to view it now, the quantum probability will always be in a collapsed state. Occasionally, there will be one or two chaotic probabilities, and often before the researchers can be happy, they will be informed by AI that there is a problem with the instrument and the data will not be recorded at all.
Although this is a bit troublesome, it is indeed effective. After more than a year of tedious experiments, they have confirmed that some large mammals can cause quantum collapse and allow quantum detection equipment to continue to operate after "viewing" the experimental data output by the intelligent brain, while all insects subject to experimental testing cannot do so.
All the organisms participating in the experiment are unable to understand the meaning of the experimental data, so observation is definitely unrelated to whether the meaning of these data is understood. Shar suspects that the limit of observation may be whether the organisms have basic cognitive abilities.
"Prepare for biological experiment No. 137!" Shar gave the order.
Under the control of independent AI, all preparations were completed within fifteen minutes. The experimental subject this time was a koala, which was also trapped in a black box. All experimental data would be presented to the other party in the form of images, and all data would be deleted after the experiment.
As for Shar and others, they only need to see whether the instrument is running during this process to know whether the quantum probability in the black box has collapsed.
This is the same principle as the double-slit interference experiment. As long as we do not observe the process and only know the output result, the quantum probability will not collapse.
After confirming that everything was ready, Shar solemnly pressed the button to activate the quantum instrument. Under everyone's nervous gaze, the instrument operated very smoothly. Shar's expression was quite unexpected, because according to previous expectations, a poor creature with a small brain like a koala would most likely not pass the experiment.
Shar thought for a while, then asked the AI to replace the experimental organism in the black box with a chameleon and give it a try! The result was again beyond his expectations, the instrument did not stop running.
Shar's face suddenly changed. They had tested the turtles, which were also reptiles, before, and all of them failed the test. Why did the chameleon pass? Could it be that the lizard was smarter than the turtle?
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Shar continued the experiment in great confusion, and then his expression became more and more shocked.
The lizard passed through, the rattlesnake passed through, the mantis passed through…
Even spiders passed the experiment successfully! "How is this possible?" Shar stared at the quantum detection instrument that was running continuously, wondering if it was broken. He immediately turned off the biological black box and asked the AI to perform a self-test.
The prompt sound of the intelligent brain sounded soon.
[No abnormalities were found, and all programs are running normally. ]
"Normal? Are you sure?" Shar frowned deeply.
"Doctor...Bo!" An assistant suddenly shouted in a trembling voice, pointing somewhere.
Shar looked up subconsciously, and then felt a chill running from the soles of his feet to his heart.
The quantum detection instrument was still running continuously, with no intention of stopping.
But he clearly remembered that he had just closed the biological black box, which meant that there was no observer inside the black box at the moment, but the quantum probability was still in a collapsed state...
(End of this chapter)
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