There are certain rules for the number and distribution of electrons outside the nucleus. The relationship between the number of electrons on each electron shell, the number of electrons on the electron shell and the electron shell is 2
square, the first layer is usually called the k layer, the second layer is the L layer, the third layer is the M layer, and the fourth layer is the N layer. So on and so forth.
But how does this stone affect electron distribution?
Then what does the electron distribution look like due to the existence of this stone?
Maybe the electron flow was originally transmitted in a loop, and then due to the presence of the stone, the current jumped from a certain point in the middle, connected from another point, and continued the loop.
If this is the case, it may be possible to cancel some wires, such as the control of a light, which only requires a battery, a switch, and a light.
In an isolated atom, the electrons outside the nucleus are arranged in certain shells, and each shell accommodates a certain number of electrons. Each electron is distributed according to its energy level. A large number of atoms in solids are tightly bound together, and the distance between atoms is very small. There are varying degrees of overlap between the various shells of atoms. The overlapping of shells makes the electrons in the outer shell no longer localized to a certain atom, but may be transferred to similar shells of adjacent atoms. This makes it possible for electrons to move throughout the crystal. This movement of electrons in the crystal is called the shared movement of electrons. The shared movement of electrons can only occur between similar shells in the atom.
There are a large number of freely moving charged particles called carriers in a conductor. Under the action of an external electric field, carriers move in a directional manner, forming an obvious current. Metals are the most common type of conductor. The valence electrons in the outermost shell of metal atoms can easily break away from the atomic nucleus and become free electrons.
If the current is flowing, the wire conductors should still be continuous and connected together.
Then the stone just plays the role of building several wormholes, allowing these materials to be directly connected together. As long as they are in contact with each other, the current can be conducted.
But some small lights don't light up. This part of the material is blocked.
It is also possible that electrons are connected and blocked, not matter.
The middle forbidden band in a conductor is relatively small, and electrons in the valence band can easily jump to the conduction band and become free electrons. However, free electrons depend on a certain substance to exist and move in the substance.
It is not known here whether the movement of electrons is controlled independently.
Duan Zhu, Sun Shiji, and Wu Tian heard that Pu Lei had picked up this stone, and they also came to the mining city.
Pu Lei said: "You guys are here. Just take a look, what is the use of this stone? You have been analyzing the gravity stone for a while. Let's see what ideas come up."
Duan Zhu took a look and saw that it was a cylindrical stone, like a flashlight.
Pu Lei said: "Then what practical use does this kind of stone have?"
Sun Shiji said: "I think it can be used for long-distance electrical signal transmission."
Wu Tian said: "It is enough to use wireless communication for electrical signal transmission."
Pu Lei said: "Yes, just like Bluetooth, WiFi, zigbee."
Duan Zhu said: "Remote electrical signal control can be carried out."
"It can be charged over long distances," Wutian said.
Duan Zhu said: “This distance shouldn’t be very far, maybe within tens or hundreds of meters, but it is much further than current wireless charging.”
Wu Tian said: "It may also be possible to change the form of the circuit."
"For example, the current from the three points A1, A2, and A3 could have reached the three points B1, B2, and B3. Originally it was A1 to B1, A2 to B2, and A3 to B3. Then after the current changes, it is A1 to B2. A2 to B3, A3 to B1. Of course, it can also be A1 to B3, A2 to B1, A3 to B2.”
Sun Shiji said: "Since electrons can be transported by jumping, what's the point of needing wires?"
"I think of it as being able to use wires over a certain distance, but jumping transmission over a short distance," Wutian said.
Pu Lei said: "I'd better go down and keep looking forward. What you said makes sense. It may be a long-distance power supply or a detection of electrical signals."
After Pu Lei took out the stones, they continued to transport the earth drill and continued to explore forward.
In the narrow place, the earth drilling machine stopped. After Pu Lei and Peng Qing came out, they continued to move forward and saw several earth drilling machines.
Pu Lei said: "Why is there an earth drilling machine here? The company did not send construction machinery here. It just used testing equipment to check the reserves here."
As they continued walking, the road and space ahead gradually opened up, and the air quality display gradually increased. This should lead to another exit.
Continue walking forward and see some cylindrical gray stones placed beside the wall. This may also be an electrodistribution stone. Just place one at a distance.
Peng Qing said: "This doesn't look natural. Someone should have placed it here intentionally."
Pu Lei said: "They were placed so neatly, someone must have placed them deliberately."
Feng Bing said: "Why are you putting it here? Is it to control the lights from a distance?"
Peng Qing said: "To control the lights, wouldn't it be enough to just pull a wire?"
Pu Lei said: "Can you check whether there is any electrical equipment nearby?"
Feng Bing said: "No cables were detected nearby. No cables were seen coming in from the outside."
They continued walking along these rows of stones. I saw an energy storage device inside, which should be able to output relatively large amounts of electrical energy.
Pu Lei said: "I understand. A stone can guide electrons to jump from one place to another, but the distance may be relatively close. If multiple stones are connected in series, the electrons can be transmitted over a long distance to a farther place." place."
Peng Qing said: "That means that power can be transmitted over longer distances."
Pu Lei said: "It's just such a deep place, why not use cables to provide power?"
Feng Bing said: "The strange thing is that I haven't heard of any equipment operating nearby."
This energy storage device is actually like a UPS power supply. When the mains power input is normal, the UPS stabilizes the mains power and supplies it to the load. At this time, the UPS is an AC voltage stabilizer, and it also charges the internal battery; when the mains power is interrupted, the UPS immediately The DC power of the battery is continuously supplied to the load with 220V AC power through the inverter switching method, so that the load can maintain normal operation and protect the load software and hardware from damage. The internal structure of the UPS power supply is mainly divided into two parts, one is the battery; the other is the inverter circuit. The DC low voltage is boosted and converted into 220 AC power supply through the inverter circuit. Inverter circuits include: oscillation, shaping, pulse circuits, step-up transformers, voltage output circuits, etc.
Cables are connected behind the energy storage device, and then some large equipment is connected.
