Another world conquest manual

be honest.

At this point, Wang Qiang and others no longer expect to use existing technical means to analyze the composition of the ice coffin.

They were just out of curiosity and exploration as scientific researchers, and they were eager to find out whether the ice coffin in front of them would be the strongest and most "complete" object that humans have ever encountered.

Considering that some unknown students have a serious failure rate.

So here is a brief mention of the characteristics of neutrinos:

The speed of neutrinos is close to the speed of light, their rest mass is extremely small, and they do not participate in electromagnetic interactions.

It only interacts with atoms when it directly hits the nucleus, and the distance between the nuclei is very open, and there are a lot of gaps in the atoms.

If you want to find the nucleus in an atom, the probability is as low as finding a small island in the Pacific Ocean.

Um? Something seems wrong?

all in all.

For neutrinos, all objects have enough gaps for them to pass through, so its penetrability ranks first in the world, and there is no suffix of "one".

An object as wide as an ice coffin cannot theoretically block neutrinos.

Unless it is also a whole without any gaps in the microscopic realm - this is what Wang Qiang and others hope to prove.

Wang Qiang's relevant application was quickly approved by the governor's team, and soon, a femtometer-level energy detector was transported to the laboratory.

Students who know something about neutrino penetration should know this.

Under normal circumstances, neutrino detectors are often very large in size and often dozens of meters in height, almost as high as an ordinary residential building.

The experimental idea of ​​the neutrino detector is as follows:

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

If the energy is high enough, the speed of the electron will be very fast, and Cherenkov radiation may occur when passing through water.

By then, simply by detecting these radiations, the number of neutrinos can be detected.

But that’s easier said than done.

To accomplish this, you need at least a test water weight of more than 10,000 tons, and there are also depth requirements.

Since this thing involves certain sensitive topics, we will not mention the situation of the Sanya reactor, but will still use our old neighbor as an example.

The detector of Neon's famous Super-Kamiokande neutrino experiment is 33 meters in diameter and consists of 11,000+ photomultiplier tubes. The experiment requires 50,000 tons of pure water for normal detection.

And even with such a large device, it can only capture a dozen of the hundreds of trillions of neutrinos per day, and occasionally it can break two.

Its highest peak record occurred on December 13, 2015, when thirty-one neutrinos were captured that day.

So that day, the Kamiokande Neutrino Experiment held a social celebration, BBQ with girls, and after a good meal and drinks, we had a party with more than 20 people x

People exercised and were exposed online.

Things like the x-person movement are also quite unpopular in the neighborhood, especially if something like this breaks out within the system, it can be called a scandal.

After all, not everyone is a Hilton princess and can sell videos of themselves applauding for love online for money.

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

The spirit of craftsmanship.JPG.

Do you think this is over?

In fact, there is a follow-up to come.

Although the lives of this group of scientific researchers were a little chaotic, they were drunk after all, and their abilities were quite good to be honest - many discoveries of neutrinos were made by Neon people.

Under such circumstances, a group of top scientific researchers flowed out of the system, attracting a lot of attention almost instantly.

It is said in the industry that these people were divided among the eagles, rabbits and bears in about two months.

In addition, according to unreliable rumors, it seems that we got a lot of it by dividing it up.

Ahem, his eyes returned to the laboratory.

Different from the detector of Kamiokande Neutrino Experiment, Wang Qiang and the others do not need to capture neutrinos, they only need to observe whether neutrinos can pass through the ice coffin.

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

Just attach an Ami-level induction curtain and zirol coating to the outside of the ice coffin, and observe whether neutrinos are attached to it - no observation is required, just judge its trajectory through energy changes.

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

The expression of the entire movement pattern is 0, which is a straight line like the electrocardiogram of a cold person.

But if the neutrino cannot pass through the ice coffin, it is essentially equivalent to a collision with the nucleus.

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

Just like that, about twenty minutes passed.

The energy harvesting equipment has been debugged and calibrated.

Then

Wang Qiang took her hands off the keyboard.

That’s right, no action required.

Because there are so many neutrinos, the number of neutrinos in the microscopic world in a laboratory is tens of trillions (not ten thousand more), and they are penetrating and running irregularly all the time.

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

The only thing Wang Qiang and the others need to do is plug in the power.

Thirteen seconds after the device was running, a light green energy point suddenly appeared on the screen and began to flash.

This shows that there is an energy collision of Ami level or above at this location.

At 17 seconds, the second energy point appeared.

Then there were more and more energy points.

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

Even though I was mentally prepared.

But after seeing this scene, Wang Qiang's index finger jumped unconsciously and tapped the table heavily.

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

"Sister Yan, we seem to have encountered something extraordinary."

Compared to Wang Qiang's bitterness, Li Yan's face seemed a little indifferent. She shrugged towards Wang Qiang and said:

"To tell you the truth, I guessed that something like this happened when I noticed that I couldn't see my sister Pang Ci."

Wang Qiang: "."

"Okay, okay."

Then Li Yan patted her junior sister's shoulder carelessly. The short-haired girl once again showed the cheerful personality consistent with her hairstyle:

“It’s time to eat, it’s time to study, and the unknown is always a good thing.

Maybe our team could analyze the molecular structure of the ice coffin that day and win the Nobel Prize in Chemistry? By the way, you write the report and I write it? "

"I'll write it."

Wang Qiang subconsciously answered a sentence, and soon she found that her mentality seemed to be much better - scientific research is like this, failure is actually the norm. In a boring situation, having a teammate who can see things through is simply It's so good at maintaining a stable mentality.

I don’t know how many teams with potential have been completely silenced in a mutually boring environment.

After being turned around by Li Yan, Wang Qiang's face quickly brightened up again, she regained her energy, hummed a song and started writing 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 researching the ice coffin, there are two other projects 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 cultivator at the fifth level of the Dan Formation Realm and at the pinnacle of integrity has to guard the ice coffin until his death, which is completely different from an ordinary person who vows to protect it to the death.

At present, Wang Qiang's team's research on the ice coffin can only be said to have determined its lower limit, that is, it is definitely not possible when it involves vacuum zero-point energy and some special structure.

But this is just a special point in physics. It belongs to two directions worthy of research regardless of other results. It is a "guaranteed welfare".

But if the identity of the skeleton is determined to be the third ancestor of the Mo family, then this means that it must involve something related to spiritual practice, and its importance will be greatly increased.

In addition to determining the identity of the skeleton, the classification of the space bag is also very important.

According to Wei Fan's previous simple estimate, the number of fragmentary items in the space bag is estimated to be hundreds.

There are definitely some good and bad items among these hundreds of items, and it is not ruled out that there may be some treasures of great value to rabbits.

At the same time, it can also answer a question that rabbits have been curious about for a long time:

Can the contents of the space bag avoid the erosion of time?

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

The importance is naturally self-evident.

When Lin Li and others arrived at the laboratory, Lin Ziming had already arranged for people to clear an open space in the middle of the field.

Lin Li then put the space bag that Lin Ziming had handed over to him on the table, and made an invitation gesture to Wei Fan who was traveling with him:

"Master Wei, I'm sorry to help you."

"Little things, little things."

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

Soon, the rope on the space bag came loose.

After a while, one thing after another was "taken out" by spiritual thoughts.

Lin Ziming noticed that many of the items Wei Fan took out were decayed, such as some spiritual materials, magic weapons, elixirs, etc.

"Clang-"

Suddenly, a dull crashing sound attracted his attention.

At this moment, Wei Fan was gently placing a slate on the table.

I just learned that there is a double monthly pass for 29.