I am very interested in octopuses as amazing creatures, and I think that octopuses missed the opportunity to become higher creatures like humans at some point in the evolutionary path, because everything has more evolutionary possibilities in the initial stage, and when it evolves to a certain extent, it can only offset the decrease in its existence by enhancing its own properties.

I haven't used a map to find a destination in at least 15 years, and there's no doubt that paper maps can't match GPS in accuracy and convenience, but it gives me the experience of exploration and discovery.

Of course, a game is a virtual world, and the player's behavior in this virtual world can express his inner thoughts to a certain extent, including good and malice, and some sociologists have conducted sociological research through the player's behavior in games.

What does this have to do with game state being a database?

This seems to paint a picture of a bright future in which humanity will enjoy the benefits of cheap energy. If solar energy can replace oil, will the pattern of the world change as a result? If the world changes as a result, what impact will this change have?

What? Has the world become so complicated? In my impression, only toothbrush knowledge has added a micro motor, does it really need to be so only?

While AI is accelerating the demise of humans, the evolution of octopuses is on track, will the species that rules the earth after humans be octopuses?

That's cool! This reminds me of my experience in middle school when I used cardboard, bamboo sticks and rubber bands to make power paper airplanes, and the problem at that time was that in a short time after the plane was released, the propeller in front of the plane was driven by the rubber band to rotate very quickly, and if it could spin slower and lasts longer, the plane could fly farther, but I have not found a solution to this problem until now.

It's good that this project is used to help learn and understand operating system principles, but never expect it to be used formally.

In the face of such problems, it is difficult to draw conclusions directly, and the solution to some things is often found in the process of doing.

If you're going to solve something like this, then a better way is to find the right way to do it first, but often this correct way is only discovered in the process of doing it.

Haha, it's like a paradox, if you don't do this then you can't find a solution, and as a result, this thing can't be done, and if you do it, then you will face an uncertainty.

So, you need to keep trying and trying and making mistakes, and then make adjustments, get closer to the unknown right direction, and finding the right direction is not a one-time achievement.

Fruit (ripe fruit) tastes delicious because it needs to be eaten by animals, and then the seeds can walk around with the animal's feces, which helps plants reproduce, which can also be explained by Darwin's theory of evolution. With such a sour taste as lemon, no animal will like to eat it, which is likely to lead to the extinction of this plant. Therefore, the evolution of nature is unlikely to have such a thing as lemons.

Problem is that natural fruits as found in nature unmodified by humans are almost always very sour.

Interesting point. But some berries are quite acid. Are they also bred? Or is a lemon too big for a bird?

Some fruits also taste sour when they are immature, because at this time their seeds are not yet ripe and they do not want to be eaten by animals at this time.

However, it is true that some fruits still have a sour taste when ripe, but fruits like lemons, which are very sour from beginning to end, are not common.

In some cases acidity will lessen after a frost or some other environmental condition