The Economics of Prophecy

"Well, what's the power of [Spiral" Calidus "flame" -Stule "] that produces high temperature flames from nothing?"

Mathier looks at me with challenging eyes. You've got to be kidding me, Mr. Mathier. I'm trying to find out.

"Where there's nothing or nothing, the flames now only use what's there, right? By and large, flames have a bit of a narrative."

"... hey, I wonder what that means. I don't know."

I posed to gather air with both hands.

"Of the heat we have here, sort and concentrate, right?"

Mathier's face caught on.

At the moment it is only a hypothesis, but magic is a form of information processing using magic, or computation. Nothing is surprising about this in itself. From the world of atoms to human society and the universe. This world is a network, that is to say, a computer. Instead of "stop talking about the universe as a computer," on the level of "stop talking about the universe as a computer," the two are essentially the same thing.

God is a mathematician. No, should God say math?

Okay, let's get back to [Spirulitis]. Perhaps what looked like a [helix] fireball was a high-fever gas winding a vortex. There are two possible ways to use the energy of magic to produce heat. One is extremely simple, converting the energy called magic into thermal energy.

This is no different than burning oil and creating heat.

First of all, what is heat? A volume of air heat is the kinetic energy of gas molecules, nitrogen molecules, oxygen molecules, and so on contained in that space. It's simply the number and speed of balls called molecules flying around space.

To say that the greater the number of gaseous molecules present in a range, or the greater the velocity of individual molecules, the higher the temperature.

Collect large quantities of gas molecules, or compress them, to create as much heat as they appear to be flaming. Boosts, or heats, the energy of its gaseous molecules. Simply these two streets.

For example, if the air is compressed, the temperature increases because the density of the gas molecules contained therein increases. If we burn the fire and accelerate the gas molecules, the temperature will rise.

This is possible with energy. If magic is also a form of energy, it should be possible in principle to turn it into heat. However, that does not explain the earlier phenomenon. Because in that case, the heat around the surgeon rises as much as the magic is converted into heat. In addition, the heat collected quickly diffuses around the area.

However, the ambient temperature dropped in reverse when Maitir used [Spirulitis]. Moreover, the flame produced remained in a place for a short period of time, flying in the direction of the operator's will. I mean, that's not what magic is. It's not direct.

So the mechanism by which [spirulitis] produces heat is a second possibility. Simply put, that fever was what it was. It is derived from gaseous molecules present in the ambient air. It was the sorting of gaseous molecules and manipulation in the direction of motion that made it possible. I mean, information processing.

In fact, the energy, velocity, of a gas molecule is not constant. The average energy of a gas molecule contained in air at a temperature of 20 degrees is equivalent to 20 degrees, and it is not composed solely of gas molecules with 20 degrees of energy.

In other words, there are rich and poor, just like human society. For the record, suppose you put a large number of gas molecules with exactly the same energy in a container. In the vessel the gaseous molecule repeats the collision, inevitably creating a certain energy distribution.

Oh, my God, even if we gather identical beings and start on fair terms, there will be inequality. Rather, averaging this inequality will require tremendous energy. How nature forbids equality. It is despair.

Most importantly, this inequality, unlike the inequality in human society, is easily reversed in the next moment. In other words, do not immobilize. If one moment is taken, it is divided into a small number of rich people and a large majority of poor people, but the rich molecule can become the poor molecule the next moment.

I missed the point. No, I'm not off as a former economist......

Anyway, simply put, there is a mixture of a small number of hot gas molecules with an energy equivalent to 100 degrees and a large number of cold gas molecules with an energy equivalent of only 0 degrees, in 20 degrees of air. If the ratio of hot to cold molecules is 1: 4. I mean, it's an average of 20 degrees for four poor people against one rich guy.

Conversely, if only hot molecules are sorted, they can create a temperature of 100 degrees without directly heating the air. The gaseous molecule itself travels around the operator at a hell of a speed, so you just have to pick hot molecules.

We just have to keep abducting all the rich people at the scrambling junction of the big city. It's like gathering only the top ten percent of the country's 100 million wealthy people to settle on a small island (Taxhaven).

Furthermore, density increases if the direction of motion of hot molecules is manipulated and trapped in a narrow range. All you have to do is shift the sorted molecules in the direction of motion toward a certain spatial coordinate.

For example, if only a gas molecule equivalent to 100 degrees from the air is sorted and the direction of motion is manipulated to circulate within a certain range, a high temperature can be created as a result.

The important thing is to say that this process does not affect the total amount of energy in the "simple sense”. I have not used magic to directly increase the pressure, nor have I used magic to directly heat it.

[Spirulitis] ”sorted” heat from the surroundings, and manipulated the direction of the gas molecule to ”concentrate” within a range. I mean, that's what I said. That's what produced the heat.

But actually, this is a hell of a tick. I said briefly that we would sort only gas molecules worth a hundred degrees, but if we were to do this in a legitimate way, we would need a hell of a lot of energy.

First of all, we have to observe a huge amount of gas molecules, enormous just for the recording of the observations and the calculations to determine which molecules are hot.

May I say that we need a supercomputer to simulate gaseous molecules in the space of the needle earlier? It's far more efficient to heat the air directly with that power than to collect heat coming out of that spa.

Information processing by magic circuits, however, has less energy loss as if it were a flow of electrons in a superconducting state. In fact, running magic into the circuit doesn't produce enough heat to be sensed. I tried this by telling Fulsey I couldn't.

This is going to be important to the product I brought, "What do you want?" Instead of turning the energy of magic into direct effects, Magic uses magic primarily for information manipulation. That is to say, its magic efficiency can be streamlined with the same principles as computers.

This can be seen from the calculation using chalk. Let's consider the amount of chalk required to write the calculation of 1 +1 = 2 as the energy required for this calculation. Whether you put the chalk to sleep and calculate it with a number of ten centimetres of line thickness, or whether you put the chalk up and calculate it with a line of one centimetre thickness. Or even if you scrape the chalk thinly and calculate it with a 1 millimeter thickness line, the result is all 2.

The thickness of the line of this chalk corresponds to the width of the circuit. That is to say, using the demonic conductor semiconductor technology that I have brought, magic efficiency will jump many times.

By the way, why are you manipulating gas molecules so inefficient? This would be outrageous if electrons were manipulated, not gaseous molecules.

"- And well, that's what [spirulitis] looks like."

I told Maityle what I thought of the magic guide, about 10% of the explanations that came to mind. Apparently there was a perception of sorting, and the relationship between pressure and temperature was known to some extent, which made the critical story clear.

... at this point her intelligence is somewhere between Meer and me. I mean, you're definitely smarter than me. My surroundings. You're just like this.

By the way, the nearby wizard couldn't follow me at all. When I think of me in my previous life when my professor tricked me into taking a lecture on bee physics called statistical informatics, I'm rather intimate over here.

"............ I knew it at the stage where they showed me the arrow on the battlefield. What do you mean," Ricardo Vinder is just a bong without a few of my tricks "?

Mathier stared at Meer. The Meer one, you don't have information control to tell the enemy the truth... No, are you hiding that I am a warrior to be afraid of?

"I made up my mind."

Mathilde fingered me and declared it.

"Take you and Meer back to the Empire. No matter how many sacrifices you make. So this fight is essentially a victory."

Apparently, Mathier got me to the right answer. Well, all you have to do is take care of this.