Dürer & 測距儀2022d142 教科書風 e048 肩幅への光
-
timekagura
- 268
- 0
- 0
- 0
-
- いいね！0
2022zionad
@2022zionad
Rather than having a number line in the mind's center, I want the number line to be where it is visually, within the field of view.
2024-01-20 18:08:17
2022zionad
@2022zionad
心の中心に数列を置くのではなく 数直線は 視覚的な位置であってほしい、 視野の中に。 pic.twitter.com/qbWr9aYfIz
2024-01-20 18:10:42
拡大
2022zionad
@2022zionad
Number lines, Like actual railway tracks, Want them to exist. The sight of oneself gazing At real railway tracks, Also, want it to exist.
2024-01-20 18:20:09
2022zionad
@2022zionad
Your figure exists, Gazing upon subjects made possible, You exist, A world where the subject's figure is seen.
2024-01-20 18:20:26
2022zionad
@2022zionad
数直線は 父性的 頭ん中だけの世界だけど あたかも 眼で見る 眼で見つける対象のように 数直線を扱って 少しイメージの世界での やり方を 帯（お）びさせよう
2024-01-20 18:20:35
2022zionad
@2022zionad
The number line is a paternal, internal world in the head, As if seeing it with the eyes. Treat the number line as if it were an object found by the eyes, Incorporate a bit of the approach in the world of imagination.
2024-01-20 18:20:44
2022zionad
@2022zionad
今度は この宇宙の部分空間を 明るい Green で 描いた ２次元に描いてるけど ３次元の 部分空間だと 思って欲しい
2024-01-20 18:21:02
2022zionad
@2022zionad
This time, I depicted a subspace of this universe in bright green. Even though it's drawn in two dimensions, I want you to think of it as a three-dimensional subspace.
2024-01-20 18:21:17
2022zionad
@2022zionad
この宇宙 ビッグバン仮説を信じるも良し ビッグバン仮説を信じないも良し とにかく ｔ＝０の この今 この宇宙の 部分空間が３次元で存在し
2024-01-20 18:21:36
2022zionad
@2022zionad
This universe, Believe in the Big Bang hypothesis if you wish, Or don't believe in the Big Bang hypothesis if you prefer. Anyway, at this present moment, where t = 0, A subspace of this universe exists in three dimensions.
2024-01-20 18:21:48
2022zionad
@2022zionad
Within this subspace, Let there be a cubic space and a spherical space. Introducing containers, imagining different shapes.
2024-01-20 18:22:08
2022zionad
@2022zionad
Imagine a virtual light ray trajectory moving in a straight line within this universe. The cubes and spheres are set to remain stationary with respect to the light ray trajectory.
2024-01-20 18:22:37
2022zionad
@2022zionad
The light ray trajectory passes through the center or centroid equivalent of the cubes and spheres.
2024-01-20 18:22:57
2022zionad
@2022zionad
ブラッドリーが光行差を見付けた方法(1727年) ＦＮの高校物理 fnorio.com/0097aberration… pic.twitter.com/fRh0lL6L2l
2024-01-20 18:23:09
拡大
2022zionad
@2022zionad
Bradley's discovery of aberration of light (1727) in FN High School physics.
2024-01-20 18:24:36