2024年 07月 21日
Following in Engels' Footsteps 09
In his plan for "Dialectics of Nature," Engels wrote that "in the natural sciences, metaphysical thinking has become impossible due to the development of the natural sciences themselves."
Engels simultaneously discussed mathematics, mechanics, physics, chemistry, and biology, as well as the problems (weaknesses) of Saint-Simon and Hegel.
Engels attempted to derive the connections and integration of each field of science from dialectics, that is, the transition and transformation of the forms of motion in nature, rather than idealism.
Fuwa explains.
At that time, the natural science community had walls between each specialized field of science, and each was isolated.
After that, natural science developed, and it became clear that there are connections and transitions between the macro of the universe and the micro of molecules.
The following is our supplement.
In recent years, natural science has developed rapidly. However, we sometimes encounter idealists.
When Harada was a lecturer at a design school, he had a colleague who was a full-time idealist teacher, and he and Harada often had discussions.
Idealists repeatedly say, "There are things that science cannot explain. Science cannot explain the brain, the mind, the soul, or the heart, and it cannot observe the sun up close."
However, today, it is possible to observe the sun up close, and the functions of the brain are rapidly being explained.
But even when Harada explains materialism and dialectics to Japanese students, they express a longing for the existence of things that remain unexplained.
When Harada was a university lecturer, it was not Japanese students but students from China, Taiwan, and Korea who actively responded to his political questions and engaged in effective discussions.
One Taiwanese exchange student confided in Harada just before graduating: "I saw MIDORI in Taiwan."
Engels simultaneously discussed mathematics, mechanics, physics, chemistry, and biology, as well as the problems (weaknesses) of Saint-Simon and Hegel.
Engels attempted to derive the connections and integration of each field of science from dialectics, that is, the transition and transformation of the forms of motion in nature, rather than idealism.
Fuwa explains.
At that time, the natural science community had walls between each specialized field of science, and each was isolated.
After that, natural science developed, and it became clear that there are connections and transitions between the macro of the universe and the micro of molecules.
The following is our supplement.
In recent years, natural science has developed rapidly. However, we sometimes encounter idealists.
When Harada was a lecturer at a design school, he had a colleague who was a full-time idealist teacher, and he and Harada often had discussions.
Idealists repeatedly say, "There are things that science cannot explain. Science cannot explain the brain, the mind, the soul, or the heart, and it cannot observe the sun up close."
However, today, it is possible to observe the sun up close, and the functions of the brain are rapidly being explained.
But even when Harada explains materialism and dialectics to Japanese students, they express a longing for the existence of things that remain unexplained.
When Harada was a university lecturer, it was not Japanese students but students from China, Taiwan, and Korea who actively responded to his political questions and engaged in effective discussions.
One Taiwanese exchange student confided in Harada just before graduating: "I saw MIDORI in Taiwan."
She resonated with Harada's story about Marx. Unlike in Japan, Marx is included in textbooks in Taiwan.
Ancient Greek philosopher: Democritus (From "HUMANOID MONSTER BEM")
Director and Storyboard by Hiroshi Harada (2006)
Thirty years ago, it was discovered that a part of the brain is responsible for storing memories of things seen with the eyes, but the entire mechanism was unknown. In the latest research, the brain mechanism responsible for storing memories of things seen with the eyes was identified and elucidated for the first time in the world in primates.
Multiscale chemogenetic dissection of fronto-temporal top-down regulation for object memory in primates
A groundbreaking measurement has been made that could help solve a 65-year-old cosmic mystery: why the Sun's atmosphere is so hot.
Coronal Heating Rate in the Slow Solar Wind（The Astrophysical Journal Letters ）
by kiyubaru2020
| 2024-07-21 19:16
| marx engels eisen
