When I was eating instant noodles, I noticed that the rim of the basin was not hot. I was wondering if the heat transfer was afraid to change direction, what caused this phenomenon?

I consulted the book "The Physics of Containers in Life" and it explained why. But I won't talk about it, let's talk about it first.

I'll wait until the end and I'll announce it. If anyone agrees with the answer, then I don't have to say. Mizukawa said.

Changing direction is a big problem. First of all, the energy of heat must be sufficient, which is easy to satisfy.

Second, the heat should be conscious. If heat is going to change direction, it must want to.

And thinking is impossible for the unconscious. Dueñas, no. Isn't it true that particle waves can change direction, but no one in physics says that particles are conscious?

Liuzi Feng came, haven't you seen the car turn? As soon as the driver sees a bend, he makes the decision that he wants to turn.

Notice that there are two processes here: seeing and deciding. These two processes cannot be completed without conscious involvement.

The heat in the hot water in the basin can diffuse and transfer in any direction to the outside of the basin, but not to the edge of the basin.

My answer is that turning is a choice, and it is something that only conscious objects can do. Conscious people are likely to escape when faced with a choice, but why do unconscious heats have to choose to turn?

You say that particle waves turn around, but the trajectory of particle waves is sinusoidal. And the easiest thing for people is to form a curved trajectory.

A sinusoidal curve seems to have troughs and crests, and should be seen as a small curve with many segments. Actually, this is a wrong view.

It's meant to be a complete curve, and what you think of as a turn is just a natural thing. It's like on paper, and then it's a curve.

。 Duenias, I think it's a lot of gravity around the corner. Just imagine that when the heat reaches the corner, it needs to be suspended under the basin.

Since the rim of the basin is perpendicular to the vertical surface, it means that the heat must be above the rim for the heat to be transferred to the rim of the basin.

And the heat transfer naturally can't all be on it. When the heat crosses the corner, it moves almost in the air.

I think you don't have to think about it to know that this state of affairs is extremely laborious, and the possibility of achieving it is very small.

By the time we reach the end lap of the edge, the heat has already been dissipated. So, I think the heat is actually able to make a turn, but it loses most of its own while turning.

Objects can also turn involuntarily. Of course, autonomous steering is also possible.

Throwing an object upwards, the object should fall vertically. However, its trajectory is parabolic. And we all know that this is because of the air resistance.

The object is actually making different turns, and the final trajectory is synthesized into a parabola. Margarita, I feel like it's involuntary.

Because the air resistance gives pressure to the object, forcing the object to steer. In this process, the object has no choice at all.

I don't think objects, including heat, can turn autonomously. Mitsubishi mirrors can dissipate light, while turns can cause heat to disperse.

I think that's the main reason.