Skip to main content

Egon the rabbit and me: Inconvenient brain

``If the school year was a month, I would be 25th grade.'', said a eight  years old girl to me. ``Yes, if a month had four weeks, and a week was the school year, what you will be?'' But she has already lost her interest. I usually found her idea interesting.

I: Egon, do you love someone?

Egon: Love? What does it mean?

I: ... It's hard to explain. If I love someone, I care someone, I wish this someone is all right, I wish this someone is happy.

Egon: If that is the love, maybe I love everything.

I: I love someone. But not everyone.

Egon: Why not?

I: I don't know. If I love a woman, I wanted to be with her. But not all women.

Egon: I see you love someone, but why you want to be with her?

I: I don't know why. But usually if I love someone, I want to be with someone.

Egon: Sounds good.

I: I don't know. Actually it's not good in case that someone whom I love doesn't like me. A few women honestly told me that is disgusting and two women made it clear that I am disgusting.

One of Egon's ear is listening to me, but the other ear is pointed to somewhere else. Maybe he is bored talking with me.

I: I like a story. In the story, one man send a flower everyday to a woman. He spends some time with her every day. But the woman is sick or something and may not survive so long. One day, a gray man came to him and said he was wasting his time.

Egon: ...

I: I think he is not wasting time.

Egon: Wasting time or not is just a perception.

I: A gray man's point is he could find other woman who could spend more time with him. One point in the future, he lost her and it would be hard for him.

Egon: Every second there is a chance to lose something. A long life is not necessary good.

I felt a cool wind, I felt gentle sunshine. I heard Egon is eating leaves.

I: Are you happy, Egon?

Egon: I don't know what your question is. Why you asked me?

I: I use to think happiness is important. But, I am now not sure of that. When I see you, I think that thinking happiness sometimes causes me unhappy.

Egon: But you cannot stop thinking, can you?

I: I cannot.

Egon: You were also once like that eight years old girl. She told me you look sometimes sad.

I: I am not sure I am sad or not. But I better consider her intuition.

Egon: It seems you know what your heart talk, but you cannot follow that. I found your brain is inconvenient. You can think, you can feel, that makes you sad.

An inconvenient brain. Too much is too less. If I could think more, that makes me sad. If I could feel joy more, I can also feel more pain. The gray man also represents so called reasonable idea. What did Bernard Shaw say about a reasonable person...

By the way, 100th grade is the answer of the early question. You would say that I only have a lot of stupid answers, but I don't have any important answer, Egon.

Acknowledgments


I thank to I.M.R. who told me a grade could be just an arbitrary number.


Comments

Popular posts from this blog

Why parallelogram area is |ad-bc|?

Here is my question. The area of parallelogram is the difference of these two rectangles (red rectangle - blue rectangle). This is not intuitive for me. If you also think it is not so intuitive, you might interested in my slides. I try to explain this for hight school students. Slides:  A bit intuitive (for me) explanation of area of parallelogram  (to my site, external link) . 

Geometric Multiplicity: eignvectors (2)

If eigenvectors of a matrix A are independent, it is a happy property. Because the matrix A can be diagonalized with a matrix S that column vectors are eigenvectors of A . For example, Why this is a happy property of A? Because I can find A's power easily. A^{10} is not a big deal. Because Λ is a diagonal matrix and power of a diagonal matrix is quite simple. A^{10} = SΛ^{10} S^{-1} Then, why if I want to compute power of A ? That is the same reason to find eigenvectors. Eigenvectors are a basis of a matrix. A matrix can be represented by a single scalar. I repeat this again. This is the happy point, a matrix becomes a scalar. What can be simpler than a scalar value. But, this is only possible when the matrix S's columns are independent. Because S^{-1} must be exist. Now I come back to my first question. Is the λ's multiplicity related with the number of eigenvectors? This time I found this has the name. Geometric multiplicity (GM): the number of in...

Tezuka Osamu's Black Jack, "Shrinking"

I like several novel authors. My first favorite author is probably Teduka, Osamu. I still love him. The list grows by adding Hoshi, Shinichi, Agatha Christie, Hermann Hesse, and so forth. My first favorite article of Tezuka was Atom as most of the (boy's) Tezuka fans did. But my favorite is Black Jack. I try to summarize one story, it is still quite vivid in my memory. I first read this story when I was 13 - 15 years old. I re-read it at least several times since Black Jack is composed of many short episodes. The title should be "ちぢむ (SHRINKING)" or it might be "縮む(Shrinking)". (It is not so convenient to translate this to English, since English does not have a system to say the exact same word in several ways. So I just simulate it with capital letters.) Black Jack is a genius surgeon, but he does not have the license. In short, his medical activity is illegal. His skill is top level in the world, but, the fee is also out-of-law expensive. In the story ...