Another world conquest manual

"Open the Heavenly Palace?"

on the ground.

Faced with the questions raised by Lin Ziming,

Academician Pan was stunned for a moment, then fell into deep thought.

Lin Ziming didn't say much, for fear of disturbing the other party's train of thought.

It's not that he encountered a rare occasion when Academician Pan took action and grabbed him to pluck his wool, treating him like a donkey of the production team and squeezing him.

It's because although there are many local experts, there are really few who can compare with Academician Pan.

As the saying goes, there is a specialization in a profession.

In the field of quantum encrypted communication - or now it can be said that in the field of space transmission, Academician Pan is already well-deserved No. 1.

The teleportation array in the Great Mo Realm is like a copy, adding a lot of experience to Academician Pan that is difficult to learn on the technological side.

Just like Bruce Lee, he combined martial arts from various schools and finally created Jeet Kune Do.

Although one person is worth thousands of troops.

Therefore, if anyone in China can crack the access restrictions of the Tiangong, it must be Academician Pan.

after awhile.

Academician Pan Jianwei suddenly thought of something.

His eyes lit up and he clicked his tongue softly.

When most people think about a problem, most of their "tsk" words will be followed by "hiss".

Then he shook his head helplessly and bitterly, indicating that he was helpless.

But Academician Pan is different. His tut indicates that he already has some idea in his mind.

It's a pity that Lu Chaoyang's partner was not present, and no one at the scene knew about this.

Lin Ziming on the side had already prepared some words of comfort, but he heard Academician Pan say:

"Colonel Lin, I have an idea.

Theoretically it should be possible. "

Lin Ziming was stunned for a few seconds when he heard this, and then his face lit up:

"What? Do you have a plan?"

After saying that, he remembered that he knew nothing about the relevant knowledge, so he stepped aside and gave up Li Baian's position:

"How about you talk to Mr. Li?"

Academician Pan Jianwei took the glass of water handed by his assistant, moistened his throat, and said:

"Mr. Li, my idea is...

What do you think of using Xicc++ baryons to break barriers? "

Good guy.

As soon as he opened his mouth, it was a word that Lin Ziming didn't understand.

But this word couldn't trouble Li Baian.

As an academician-level expert, even though he is completely different from Academician Pan Jianwei in non-main fields, he is still very sharp in thinking.

Therefore, after Academician Pan Jianwei mentioned specific substances, he quickly thought of some possibilities:

"Xiao Pan, you mean to start with the characteristics of heavy quarks?"

Academician Pan nodded and affirmed:

"Yes, there are condensed particles and spiritual energy in the Heavenly Palace, so I think we can try it from this angle.

After all, it is still too difficult for real technology to tear apart space. "

In many novels, the protagonist can often tear apart a space easily.

For example, a ten-ton road roller preaches or something.

But in fact the possibility is very, very low.

Theoretically speaking.

To expel the energy contributed by all known quantum fields per cubic meter of space, at least 1.6E111 joules of energy are required.

It’s almost the equivalent of 3.8E101 tons of TNT. (The calculation should be correct)

There are about 1E80 atoms in the observable universe. Each atom becomes a thermonuclear weapon with the equivalent of one million tons of TNT, which cannot penetrate a cubic meter of space.

Being able to break through an inconspicuous one cubic meter of space without changing his face and without his heart beating.

Probably by shaking a hair, all the baryonic matter in the observable universe can be blown up into ashes.

If this huge energy were stored in a body the same size as the human body, it would basically be a pile of singular points.

That is, a humanoid self-propelled black hole.

Therefore, the current technological level of the earth is definitely not capable of such an operation.

It would be difficult to even give it a few hundred years. There might be a slight chance in a thousand years.

Therefore, if you want to break through the cyclone space, you must start from other angles.

At present, the materials that rabbits can use are actually very limited, divided into particles existing in the local area and materials in the heavenly palace. :

The outer ones include particles with a diameter less than 163pm.

Including but not limited to Ωccc++ baryons, Σ mesons, beryllium ions, etc.

Inside the Heavenly Palace, there are Y particles - that is, condensed particles, microorganisms that produce Y particles, and an unknown concentration of spiritual energy.

It's like a stir-fry challenge.

You are given a bunch of limited ingredients, and then you have to make a perfect dish.

The answer given by Academician Pan Jianwei is the Xicc++ baryons he mentioned.

The discoverer of Xicc++ baryons is the famous Academician Gao Yuan Ning, also known as Gao Nanshen.

The former well-known boss of Shuimu later moved to the next door.

The Xicc++ baryon is also called the double charm baryon Ξcc++. It was discovered in 2017 by the LHCb research team of China Normal University and Mizuki.

The baryons discovered in the past contain at most one heavy quark. This is the first time that a baryon containing two heavy quarks has been discovered experimentally. It is a textbook-changing discovery.

This discovery was selected into China's top ten scientific and technological research projects that year, ranking fourth among global quantum research achievements in 2017.

And the interesting thing is.

Not long after the discovery of Xicc++ baryons, new changes appeared in Tabby's star (KIC 8462852), which was suspected to be a Dyson sphere.

Therefore, many people joked that the discovery of the tall male god disturbed the rules of the universe (laughs).

The last sentence is naturally a joke, but in a sense, Xicc++ baryons are indeed a discovery that changes traditional concepts.

If the results of SELEX have troubled relevant theoretical physics for a long time, this result of LHCb directly made theoretical physicists despair.

This involves a concept:

Baryon acoustic oscillation, some call it baryon acoustic oscillation.

Before talking about baryon acoustic oscillation, here is another piece of knowledge that may subvert many people’s cognition:

That is, there is actually sound in space.

First, let’s talk about classical physics.

Space is not an absolute vacuum, but the particle density is indeed very low.

There is plasma in space, and the density outside the earth's magnetosphere is 3-10 particles per cubic centimeter.

Plasma is compressible and of course produces sound waves.

When the frequency is higher, due to the larger ion mass, it cannot keep up with the frequency of oscillation.

At this time, electrons are mainly oscillating, and ions serve as the background.

They form so-called electronic sound waves, called "Langmuir waves".

There is another phenomenon, which is the baryon acoustic oscillation mentioned above.

simply put.

Baryon acoustic oscillations are baryons such as protons and neutrons. The ripples of changes in their distribution density are recorded and propagated in the void.

And this kind of advanced content of Ripple must be familiar to everyone:

Dark matter.

Or maybe even say that.

The theoretical basis for the existence of dark matter is based on baryon acoustic oscillation.

Of course.

Dark matter has not yet been discovered, and the closest thing to it should be axions.

If the experiment can confirm the discovery of axions, it will not only capture a dark matter particle, but also solve the strong CP problem that has troubled physicists for a long time.

This will elevate the theoretical understanding of symmetry and antimatter to a new level.

Therefore, a large number of scientists are currently researching in this direction, some purely for academic inquiry, and some for fame and fortune.

There have even been many cases of members of a certain project team "rebelling" with materials.

The worst was a "mutiny" that took place at the Paul Scherrer Institute in Switzerland.

At that time, a member of the project team not only ran away with the materials, but even burned other original copies to ashes.

By the way, this person is from an island country next door.

all in all.

The two heavy quarks appearing in Xicc++ baryons may, under certain conditions, produce super-energy-level reactions in a very small area.

There are many similar concepts in life.

For example, many people may not know that when a soap bubble explodes, the instantaneous temperature can reach 20,000 degrees.

But its magnitude is so small that it has no impact at all.

The same situation exists for Xicc++ baryons.

Theoretically speaking.

If two heavy quarks are combined with special photons to form a plasma, and then react with a special substance.

Its instantaneous response can reach the level of shock.

However, the so-called 'special substance' is far from being discovered so far, so this hypothesis remains at the theoretical stage.

But Academician Pan Jianwei dared to propose this idea because there is some kind of substance in the Heavenly Palace.

There is still a big difference between this material and the 'special material' above, but the cyclone itself has a certain gap with the mainland and is not 'exploding' out of thin air.

This provides a theoretical basis for operation.

And this substance is.

Reiki!

The third update will be released tomorrow, I’m too sleepy today.

My sleep these days is like this:

During the day, I sleep until 5:30 in the afternoon, code one chapter, and then send out the chapter prepared the day before as two updates. At night, I use my mobile phone to spend the night with another chapter.

Grandpa has been discharged from the hospital. I was planning to do the third update today, but found that I was too sleepy.

So go to bed first. If you can wake up at noon tomorrow, the computer coding speed will be faster. The third update will definitely be no problem!

Then ask for a monthly ticket! ! !