Blessing from the goddess at the beginning, technology VS magic

Rhett was surprised to find that these electrons were constantly jumping to high energy levels, reaching the highest energy level and then moving to lower energy levels, forming an incredible dynamic balance. The energy released in this process was the reason why the maze crystal glowed.

But where does the energy for the jump to higher energy levels come from?

Magic, this is the only explanation that Rhett can think of. In addition, there may be an energy maintaining the dynamic balance of this system. If additional energy is input into the labyrinth crystal, will its entire system collapse?

"Can you try imbuing the crystal with magic?"

"Ah? What's the purpose of injecting magic power? Make it brighter?" Sharon asked.

"Do you know that it will become brighter after injecting magic power? Have you already experimented with it?"

Miriam explained: "Someone has done it a long time ago, and the result is just brightening."

"That's it, but I still need you to do it again. I want to observe the changes from a micro level."

Sharon: "What exactly has changed? Can you explain it more clearly?"

"To put it more simply, all the objects in our world are made up of invisible tiny particles. These tiny particles are called atoms, and atoms are composed of atomic nuclei and surrounding smaller electrons. The light emitted by the labyrinth crystal It's the result of electrons moving around.

But generally speaking, electrons from other things don't move around, so I guess it's magic, and now what I want to know is what happens to the electrons in this labyrinth crystal after you apply magic. "

Miriam: "This was all taught to you by the goddess of knowledge?"

"That's right"

Aurora: "It's... incredible"

Sharon: "Wait a minute, I don't understand. We are also made of those small particles? It's so ridiculous!"

"Okay, whether you believe it or not, this is the fact. Let's start the experiment."

Miriam was responsible for the input of magic power, while Rhett kept observing the changes on the display.

After the labyrinth crystal is injected with magic power, the electron transitions become more frequent and faster, which also causes the labyrinth crystal to emit a brighter light.

"Increased magic input"

The next result was as expected, the crystal was brighter.

"How many labyrinth crystals did you bring back?"

Sharon: "There are about a dozen in one bag."

Hearing that there were extra crystals, Rhett began to surround the entire labyrinth crystal under observation with a circle of special glass. These glasses were extremely strong, and their protective properties were roughly equivalent to those of homogeneous steel plates of the same thickness.

"What is this for?" Sharon asked.

Rhett said nonchalantly: "Take good defensive measures. Now we have to start testing its extreme performance. I'm afraid it will explode."

"Eh~!!!" Sharon looked at Red in disbelief, and then asked:

"You just use a piece of glass as a protective measure? You're not stupid, are you?"

"Don't worry, this is not ordinary glass. Miriam, input the maximum magic power, and you two will also help."

Sharon said helplessly: "You are really not afraid of death."

Although they said so, they still believed Red's words and began to inject magic into the maze crystal. At this time, the maze crystal emitted a brightness like a flash bomb, and everyone was forced to close their eyes, and then, bang!

The labyrinth crystal exploded.

However, this power is not very powerful, and there are no obvious cracks on the special glass.

At this time, Rhett observed the maze crystal again and found that it was already ordinary silicon dioxide, and the electrons had returned to normal energy levels. It seemed that the maze crystal had not been modified from the atoms, so its excitation device should be more macroscopic. level.

"Give me the second labyrinth crystal"

Aurora: "Are we... going to do it again... again?"

"Hahaha, no need. This time you can just stand by and watch. I'll explain it to you."

Sharon: "So what did you get when the first crystal exploded?"

"At least I know that the craftsmanship accuracy of this labyrinth crystal is not at the atomic level. I'm a little overestimating them."

"Are you looking down on this crystal? This thing is much more advanced than the magic crystal lamps used in the palace. The magic crystal lamps need to be replaced regularly, while the labyrinth crystal does not require any energy source to shine."

Of course I look down upon it. On Earth, in the 1920s, humans had already initially mastered polymer stacking technology. But the technology they have now is from the 1970s, and the quantum field has been explored for a long time. .

Miriam: “What are we going to do next?”

"Slice, as I told you before, objects are composed of small particles. There are many types of these small particles. They will combine themselves to form a larger particle. I call it a molecule, and this particle Crystals are made up of many identical molecules.

Now we cut every 100 molecules in length and cut them into pieces so that we can observe them carefully."

"This...can it really be done?"

Miriam considers herself a girl who has a strong ability to accept new things, but the information Rhett said today was completely beyond her understanding.

"Oops, I don't understand. Just do it and tell me the results!"

Sharon started to show off, and Aurora seemed to be thinking carefully.

Molecular cutting technology was first put into commercial use in 2084 AD. At that time, the maximum cutting accuracy was only 1 molecules. However, with the advancement of technology, the accuracy has reached molecule.

Its cutting blade is not a blade in the traditional sense. The entity is composed of methane trimers with a ring around it, which can eliminate the force between molecules and thereby cut molecules.

Since the molecular cutting machine that Reid poked out was not the most advanced product, the entire cutting process took a total of two hours to complete.

During this period, Rhett taught them to play mahjong.

……

Sharon: "Okay! I'm crazy!"

Rhett really didn't expect this girl to play mahjong so well. After learning the rules, she lost 2 games.

Di di di

The machine beeps, cutting is completed.

"Okay, let's continue research."

Red began to pack up the mahjong.

Sharon looked a little reluctant: "This game called Mahjong can still be played in the future, right?"

"Uh-huh, yes, if you want to play, I'll give it to you."

Sharon took the mahjong and said, "You're welcome then."

Rhett shook his head helplessly. Now it was time to focus on the cut maze crystal. Next, it was handed over to a high-precision three-dimensional laser scanner to make each piece into a 3D model, and then handed over to the computer for assembly. In this way You can get a complete labyrinth crystal model both internally and externally.

Then the computer extracts the suspicious parts, and finally finds a large number of patterns inside the crystal. These patterns are very small, with an accuracy of 20 nanometers. They appear to be composed of magic arrays and magic inscriptions. In this way, why the crystal glows? There's an explanation.