He uses science to spy on the unspeakable

Chapter 72 Energy Body

When the little rabbit saw Mu Yun coming back, he jumped up twice happily, put his front paws on the wall of the cage, and looked at Mu Yun.

Mu Yun smiled: "I'm back." After saying that, he changed his shoes, clothes, washed, and then took care of Xiaotu and did housework.

After dinner, I took a shower, put on my pajamas, and started browsing the news. Mu Yun first looked at the group that Wei Chen invited him to join. There was no new news, so he habitually browsed the web.

"The smallest unit of the material world is not microscopic particles such as electrons and quarks, but smaller linear strings. It is the vibration and movement of strings that form microscopic particles such as electrons and quarks..."

Netizens commented one after another, chasing the pace of science with their own understanding. Mu Yun also thought about it. People's understanding of the world has been deepening. Now there is such a term as string. In the future, will there be structures smaller than strings? Mu Yun was lost in thought for a while, then returned to the information and continued to browse other content...

At nine o'clock in the evening, Mu Yun began to meditate. Ten minutes later, light appeared in his brain, and the surroundings were dark. Hill was looking at Mu Yun.

"Good evening, brother."

"Okay, Mu Yun, I talked about the Erist manuscript yesterday. Erist believes that matter and energy are the same thing. For example, when electrons and positrons meet, they will annihilate. The electrons and positrons disappear and are emitted by electromagnetic waves. Releases energy in the form of. What does this mean? It means that an electron is a ball of energy, which spins at high speed and is in a stable state. Compared with electromagnetic waves, electromagnetic waves are in a state of energy release, and electrons are in a state of energy agglomeration. The atomic nucleus is more complex A state of energy agglomeration. In this way, atoms composed of atomic nuclei and electrons are a balanced state of energy. Atoms are then combined into more complex molecules to form various substances in nature. Therefore, all the objects we see are actually They are all energy bodies.”

"Oh, what is the nature of energy? Where does this energy in nature come from?"

"Ester didn't answer where energy comes from, but he believed that the essence of energy is the interaction of forces. In the microscopic world, it is electric field force, magnetic field force and gravity. In the macroscopic world, in addition to electric field force, magnetic field force and gravity, In addition, there are elasticity, tension, friction, buoyancy and pressure of liquids and gases, impact of flowing liquids and gases, etc.”

"Then, what is the nature of electricity and magnetism? Which came first, electricity or magnetism?"

"This is even more difficult to answer, because it already involves the origin of the world. The world is too big and there are too many unknown things. What exactly is the world? Why is it like this? It is really difficult to answer. Erster believes that this kind of For questions that are difficult to answer, there is no need to be too serious. Starting from the reality around you and solving practical problems is the correct path of scientific exploration."

"Well, Erlist's greatness is not only reflected in his scientific achievements, but also in his values. The purpose of scientific exploration is always to benefit mankind and seek more opportunities for mankind to survive."

"Yes, science also needs a spirit of daring to think, dare to do, and move forward courageously."    "Well, brother, that's all for today. I'm going to browse the science and technology database."

"Okay." Hill responded.

Mu Yun stared at Hill for a few minutes, buzzed, stood in Hill's room, controlled the biochemical robot, and started browsing the technology database.

Muyun searched for "sensor", and wow, a lot of data appeared:

“A sensor is an electronic component that can convert temperature, pressure, sound, optical and other information into electrical signals.

Simple sensors such as thermometers, and complex sensors such as intelligent integrated sensors.

Human eyes, ears and skin are actually sensors.

Special-purpose sensors, such as the detection of infrared, ultraviolet, high-energy rays, infrasound waves, ultrasonic waves, ultra-high temperature, ultra-low temperature, microscopic particle spin status, etc. Another example is the detection of environmental indicators, air pressure, air pollution, noise, radiation, air temperature, air humidity, etc.

The accuracy and sensitivity of sensors depend on the advancement of material technology.

......"

Mu Yun watched and thought. At around ten o'clock in the evening, Mu Yun stopped, said hello to Hill, returned to the dormitory, and started to sleep.

(End of this chapter)