Chapter 507 Studying Gamma Rays
Chapter 507 Studying Gamma Rays
One month later, in Wucheng, the negative tenth floor of the Yinhe Research Building!
Originally, the negative tenth floor consisted of three laboratories.
But now they have all been opened up, and a new type of laboratory - the gamma ray laboratory has been built.
That's right, in the days to come, Xiao Jun will focus on researching gamma rays in order to develop an enhanced serum that allows human genes to break through to a higher level of life!
I saw that in the middle of this huge laboratory, there is a huge circular sealed laboratory.
It covers an area of about 3000 square meters.
The outer layer of protection is made of dense gold metal with a thickness of 20 centimeters.
The second layer is a titanium alloy with a thickness of about 30 centimeters, and the third layer is a radiation-proof compartment with a thickness of one meter.
The fourth layer is super toughened glass with a thickness of 10 cm.
The fifth layer is still the protective rope compartment, but the thickness is only 30 cm thick.
Each compartment has a distance of about three meters, which is equivalent to the meaning of a corridor.
Inside, there are experimental rooms divided into large and small ones.
Each experimental room is protected by 20 cm thick tempered glass, and the outer layer is still protected from radiation.
After all, what Xiao Jun is studying is gamma rays, which have radiation, and various other radiation sources will be produced during the experiment, so he must do a good job in radiation protection.
As for the hardness and safety of the laboratory, it is absolutely super excellent. Not to mention other things, just the outermost layer of 20 cm dense gold, it is estimated that the earth is not a super weapon such as nuclear bombs, and it is estimated that it cannot be opened.
For this kind of experiment, Xiao Jun would definitely not go in and do the experiment by himself. The Galaxy Butler will control the whole process, using intelligent robots, mechanical arms and other automated machinery to operate.
After all, if it is irradiated by gamma rays, it is not a joke, and it will lose its life in minutes.
He will not take any chances!
In the laboratory, a lion was imprisoned in a super tempered glass cage.
The lion is being imprisoned at the moment, and it is still very energetic, but it seems a little anxious because it does not go out.
This lion is a wild lion, captured by Xiao Jun for experimentation.
Next door to the lion is a car-sized atomic decay machine! It can produce miniature gamma rays with low energy. At present, Xiao Jun also likes this kind of miniature gamma rays very much. After all, he was worried that the gamma rays would be too powerful, which would cause the test subject to die immediately.
Experiments should start from the smallest!
This atomic decay machine was developed by Xiao Jun himself.
Atoms are composed of protons and neutrons (collectively called hadrons), maintained by the strong nuclear force (the strongest known force) between hadrons. However, although the nuclear force is strong, its action distance is very short, even smaller than the diameter of the hadron, so there is almost no nuclear force effect between the hadrons that are not adjacent to each other. Large-mass nuclei are in an unstable state. At this time, if a high-energy hadron enters the nucleus, the nucleus will vibrate and emit one or two high-energy neutrons and gamma rays, which decay into stable low-mass nuclei.
In other words, this atomic decay machine can release gamma rays!
By sorting out the research data of Dr. Banner and others, as well as the research data of the earth where he lives, Xiao Jun knows very clearly that a powerful gamma ray burst can kill a certain range of life in the universe, and what is more deadly is a gamma ray burst There are also regular occurrences, which is bad news for the life in the universe, because this situation can prevent the life in the universe from evolving into advanced species. He estimated that the gamma-ray burst may have cleared about 90% of the galaxy space, and the Milky Way was also impacted by the gamma-ray burst, and life on earth may face a similar fate in the future. Gamma-ray bursts come from stars that explode at the end of their lives, with powerful radiation that can damage DNA and cause planets to lose their atmospheres. Similarly, this situation must be the same in the world where other members of the Xueba group live!
Xiao Jun also discovered that gamma-ray bursts have hit the earth where he is in the past 500 million years or so, leading to the extinction of a large number of lives. This explanation may explain why we still have not found other life in the universe. According to the results of sky survey observations, scientists It has also been found that gamma-ray bursts may render many galaxies lifeless. The earth has also been "baptized" by gamma-ray bursts in the past years, but life on earth has survived tenaciously. This situation will also occur on other celestial bodies in the universe, which means that life on other celestial bodies may have a more tenacious life. vitality.
For this guess, Xiao Jun is very convinced. First off, Hulk is a great example, he survived gamma rays!
In the past 500 million years or so, gamma-ray burst events in the Milky Way have made large parts of the Milky Way unviable. TsviPiran, a physicist from the Hebrew University of Jerusalem, said that we found that deadly gamma-ray bursts occurred in the Milky Way. very often,
Gamma-ray bursts may also occur around the earth, but the gamma-ray bursts near the center of the Milky Way are more powerful, and the probability of gamma-ray bursts at the edge of the Milky Way will be less than 50%. In terms of distance, the probability of life in the universe surviving about 32,000 light-years away from the center of the Milky Way will be greater.
From the distribution characteristics of galaxies, it can be seen that life is suitable for living on the edge of large galaxies. The space environment here is the safest. Therefore, only the edges of large galaxies are suitable for survival. This kind of space accounts for about 10 of the galaxies. According to the observation results of space telescopes, gamma-ray bursts occur almost every day in the universe, and the direction is random. If a planet with life is unfortunately on the release path of gamma-ray bursts, then the Will encounter catastrophe, scientists believe that the probability of such an event happening is one in 10 million.
Therefore, in Xiao Jun's view, this gamma ray is very mysterious, very powerful, and very taboo.
If he didn't have it, he might think that gamma rays are something that humans cannot resist.
But from the Hulk and Marvel, a more powerful life race (protoss) emerged.
He feels that gamma rays may be closely related to the evolution of life. Even if gamma rays can be studied thoroughly, the truth will not be far away!
"Start the first experiment!" Xiao Jun gave instructions to the steward of the galaxy.
The purpose of this research is one, to see if the strengthened lion can withstand the radiation of gamma rays!