Chapter 241

Tell the truth.

At this point, Wang Qiang and others do not expect to use the existing technical means to analyze the composition of the ice coffin.

Out of the curiosity and exploration of scientific researchers, they were eager to find out whether the ice coffin in front of them would be the strongest and most "complete" object ever encountered by mankind.

Considering some stupid... The failure rate of the few students who gallop on the broad road of life is relatively serious.

So let's briefly mention the characteristics of neutrinos:

The speed of neutrinos is close to the speed of light, the static mass is very small, and they do not participate in electromagnetic interaction.

It will interact with the atom only when it directly hits the nucleus, and the distance between the nuclei is very open, with a large number of voids in the atom.

The probability of finding a nucleus in an atom is as low as finding an island in the south of the Pacific Ocean.

Huh? There seems to be something wrong?

to make a long story short.

For neutrinos, all objects have enough gaps for them to pass through, so their penetration is the first in the world, and there is no suffix of 'one'.

In theory, objects with the width of an ice coffin cannot block neutrinos.

Unless it is also a whole without any gap in the micro field - this is what Wang Qiang and others want to prove.

Wang Qiang's application was quickly approved by the governor's group. Soon, a flying meter energy detector was transported to the laboratory.

Students who know something about neutrino penetration should know.

Under normal circumstances, the volume of neutrino detectors is often very huge, and the height is often tens of meters higher, almost as high as an ordinary residential building.

The experimental idea of neutrino detector is as follows:

Neutrinos enter the receiver and react to release charged leptons, such as electrons.

If the energy is high enough, the electrons will move very fast, and Cherenkov radiation may appear when they pass through water.

At that time, the number of neutrinos can be detected by detecting these radiation.

But easier said than done.

To achieve this, it is necessary to have at least 10000 tons of experimental water, and the depth is also required.

Because this thing involves some sensitive topics, we don't mention the situation of Sanya reactor. We still take our old neighbors as an example.

The detector of the famous super Shengang neutrino experiment on the neon side is 33 meters in diameter and consists of 11000 + photomultiplier tubes. The experiment needs to load 50000 tons of pure water to detect normally.

Even with such a large device, the number of neutrinos hundreds of thousands of megabytes a day can only capture more than a dozen, occasionally breaking two.

Its highest peak was recorded on December 13, 2015, when 31 neutrinos were captured.

So on that day, the Shengang neutrino experiment held a friendship celebration with Bo. BBQ and my sister were full of wine and food. Later, more than 20 people came to visit Bo

Human movement, and was exposed on the Internet.

The X-man movement is also very unpopular next door, especially if it breaks out in the system, which can be called a scandal.

After all, not everyone is Hilton's eldest princess. They can put their videos applauding for love online to sell money.

So on the third day of the record, more than half of these people took the blame and resigned, and it was a standard press conference + collective bow.

Bowsmith spirit.jpg.

You think it's over?

In fact, there is follow-up.

Although the life of this group of researchers is a little chaotic, they are drunk and impolite after all, and their ability to tell the truth is not low - many discoveries of neutrinos are made by neon people.

In this case, such a group of top scientific researchers flowed out of the system and attracted a large amount of attention almost instantly.

It is said in the industry that these people were divided up by eagle, rabbit and bear in about two months.

In addition, according to unreliable rumors, we seem to have got quite a lot of shares.

Cough... Return to the laboratory.

Different from the detector in the Shengang neutrino experiment, Wang Qiang and her colleagues do not need to capture neutrinos, but only need to observe whether neutrinos can pass through the ice coffin.

Therefore, the required equipment is much smaller, and the difficulty is reduced by more than ten million times:

As long as an AMI level induction screen and zirol coating are attached to the ice coffin to observe whether neutrinos are attached to it - there is no need to observe, just judge their action trajectory through energy changes.

If neutrinos can pass through the ice coffin, the device must not see any loss of energy.

The attitude of the whole exercise situation map is 0, which is a straight line like the ECG of a cold person.

But if the neutrino can't penetrate the ice coffin, it is equivalent to colliding with the nucleus in nature.

There must be potential energy conversion in collision, and the energy can be easily expressed on the instrument.

That's it. About twenty minutes later.

Commissioning and calibration of energy collection equipment are completed.

then......

Wang Qiang left the keyboard with both hands.

Yes, no operation is required.

Because the number of neutrinos is too much, the number of neutrinos in the micro world in a laboratory is as many as tens of thousands of trillions (no more 10000), and they penetrate and run irregularly all the time.

So just wait until they hit the ice coffin and see if there are energy fluctuations.

Wang Qiang, the only thing they need to do is plug in the power supply.

At the 13th second after the device was running, a light green energy point suddenly appeared on the screen and began to flash.

This indicates that there is an energy collision of AMI level or above at this position.

In the 17th second, the second energy point appears.

Then there are more and more energy points

By the fifth minute, hundreds of energy points had appeared on the screen.

Although I was prepared.

But seeing this behind the scenes, Wang Qiang's index finger still jumped unconsciously and hit the table heavily.

Then she looked at Li Yan and said with a bitter smile:

"Sister Yan, we seem to have really met something extraordinary."

Compared with Wang Qiang's bitterness, Li Yan's face seemed indifferent. She shrugged at Wang Qiang and said:

"To tell you the truth, in fact, when I found that I couldn't see my sister pangci, I guessed that there was such a thing."

Wang Qiang: "

"Ann Ann Ann."

Then Li Yan slapped her younger martial sister on the shoulder. The short haired girl once again showed her hearty character consistent with her hairstyle:

"It's time to eat. It's time to study. It's a good thing to have an unknown.

Maybe our team solved the molecular structure of the ice coffin that day and won the Nobel Prize in chemistry? By the way, you write me? "

"I'll write."

Wang Qiang subconsciously took a sentence. Immediately, she found that her state of mind seemed to be much better - scientific research is like this. Failure is actually the norm. In a dull situation, it's too special to have a teammate who can see things. She can't maintain a stable state of mind.

I don't know how many potential teams completely silence each other in a boring environment.

By Li Yan's such a turn, Wang Qiang's face soon flew up again, refreshed, hummed and began to write a report.

And at the same time.

Lin Li, Wei Fan, Ma Ning and others came to another laboratory.

This time, in addition to Wang Qiang's team responsible for the study of the ice coffin, two other projects are being carried out simultaneously:

They are the calculation of the bone age of the skeleton and the identification and classification of the items in the space bag.

Needless to say, the importance of the former is related to whether the predecessor of the skeleton is the third ancestor of the Mo family.

A practitioner on the fifth floor of jiedan realm and the peak of integrity must guard the ice coffin until death. It is completely two conceptual situations with an ordinary person vowing to guard to the death.

At present, the research of Wang Qiang's team on the ice coffin can only be said to determine its lower limit, that is, involving the vacuum zero energy and a special structure, there must be no running.

But this is only a special point in physics. It belongs to two directions worth studying regardless of other results. It is "minimum welfare".

However, if the identity of the skeleton is determined as the third ancestor of the Mo family, it means that it must involve some things in practice, and its importance will be greatly improved.

In addition to determining the identity of skeletons, the classification of space bags is also very important.

According to Wei Fan's previous simple estimation, there are hundreds of fragmentary items in the space bag.

These hundreds of items must be good and bad, and it is not ruled out that there may be some treasures of great value to rabbits.

At the same time, it can solve a problem that rabbits have been curious about for a long time:

Can the things in the space bag avoid the erosion of time?

The known storage effect of space bag involves space, while the above speculation is related to time.

The importance is self-evident.

When Lin Li and others came to the laboratory, Lin Ziming had arranged for people to make room in the center of the field.

Then Lin Li put the space bag handed over by Lin Ziming on the table and made an invitation gesture to Wei Fan:

"Lord Wei, thank you."

"Little things, little things."

Wei Fan nodded politely, then picked up the space bag and input his mind into it.

Soon, the rope on the space bag loosened.

A moment later, the same thing was "taken" out by the divine mind.

Lin Ziming noticed that many of the items Wei Fan took out had decayed, such as some spiritual materials, magic weapons and pills.

"Bang Dang -"

Suddenly, a dull crash caught his attention.

At this moment, Wei fan is gently putting a slate on the table