물질의 본성을 찾고자 열심히 조각내기를 한 결과 그 조각들로는 물질을 설명할 수 없다는 환원주의적 사고에 대한 반성이 있었던 것처럼 의식의 발생 기저를 찾아내기 위해 의식의 시대적 정의와 의식 연구의 변화 과정을 살펴본 결과 단순한 신경 생물학적인 단위 체제만으로는 의식을 설명할 수 없음을 알게 되었다. 그리고 물질의 본성을 찾아내는데 사용되어진 양자역학적 메커니즘이 의식의 발생에도 기여함을 알게 되었고 이로써 물질과 의식이 하나의 실체임을 알 수 있었다. 고전 물리학적인 관점에서는 연구 방법이나 표현 기술의 한계에 따라 물질과 의식이 별개의 모습인 것으로 인식되었으나 양자역학적 관점에서는 물질과 의식이 하나의 실재로 표현될 수 있으며 단지 관점에 따라 물질 또는 의식으로 나누어 질 뿐이라는 것을 알 수 있다. 양자역학적 관점에서 물질과 의식의 관계를 알아본 결과 물질이 갖고 있는 양자역학적 본성을 의식의 발생 과정에서도 찾을 수 있었고 물질과 의식은 재료와 본성이 같은 하나의 실체라는 것을 알 수 있었다. 이전의 여러 과학자들이 물질과 의식을 별개의 것으로 보거나 둘의 관계를 인과관계나 상관관계를 갖는 것으로 보기도 했지만 필자의 양자역학적 관점에서 해석된 물질과 의식은 어떤 ...
물질의 본성을 찾고자 열심히 조각내기를 한 결과 그 조각들로는 물질을 설명할 수 없다는 환원주의적 사고에 대한 반성이 있었던 것처럼 의식의 발생 기저를 찾아내기 위해 의식의 시대적 정의와 의식 연구의 변화 과정을 살펴본 결과 단순한 신경 생물학적인 단위 체제만으로는 의식을 설명할 수 없음을 알게 되었다. 그리고 물질의 본성을 찾아내는데 사용되어진 양자역학적 메커니즘이 의식의 발생에도 기여함을 알게 되었고 이로써 물질과 의식이 하나의 실체임을 알 수 있었다. 고전 물리학적인 관점에서는 연구 방법이나 표현 기술의 한계에 따라 물질과 의식이 별개의 모습인 것으로 인식되었으나 양자역학적 관점에서는 물질과 의식이 하나의 실재로 표현될 수 있으며 단지 관점에 따라 물질 또는 의식으로 나누어 질 뿐이라는 것을 알 수 있다. 양자역학적 관점에서 물질과 의식의 관계를 알아본 결과 물질이 갖고 있는 양자역학적 본성을 의식의 발생 과정에서도 찾을 수 있었고 물질과 의식은 재료와 본성이 같은 하나의 실체라는 것을 알 수 있었다. 이전의 여러 과학자들이 물질과 의식을 별개의 것으로 보거나 둘의 관계를 인과관계나 상관관계를 갖는 것으로 보기도 했지만 필자의 양자역학적 관점에서 해석된 물질과 의식은 어떤 관계성을 갖는 둘이 아니라 하나의 실체의 다른 면임을 강조하는 바이다.
물질의 본성을 찾고자 열심히 조각내기를 한 결과 그 조각들로는 물질을 설명할 수 없다는 환원주의적 사고에 대한 반성이 있었던 것처럼 의식의 발생 기저를 찾아내기 위해 의식의 시대적 정의와 의식 연구의 변화 과정을 살펴본 결과 단순한 신경 생물학적인 단위 체제만으로는 의식을 설명할 수 없음을 알게 되었다. 그리고 물질의 본성을 찾아내는데 사용되어진 양자역학적 메커니즘이 의식의 발생에도 기여함을 알게 되었고 이로써 물질과 의식이 하나의 실체임을 알 수 있었다. 고전 물리학적인 관점에서는 연구 방법이나 표현 기술의 한계에 따라 물질과 의식이 별개의 모습인 것으로 인식되었으나 양자역학적 관점에서는 물질과 의식이 하나의 실재로 표현될 수 있으며 단지 관점에 따라 물질 또는 의식으로 나누어 질 뿐이라는 것을 알 수 있다. 양자역학적 관점에서 물질과 의식의 관계를 알아본 결과 물질이 갖고 있는 양자역학적 본성을 의식의 발생 과정에서도 찾을 수 있었고 물질과 의식은 재료와 본성이 같은 하나의 실체라는 것을 알 수 있었다. 이전의 여러 과학자들이 물질과 의식을 별개의 것으로 보거나 둘의 관계를 인과관계나 상관관계를 갖는 것으로 보기도 했지만 필자의 양자역학적 관점에서 해석된 물질과 의식은 어떤 관계성을 갖는 둘이 아니라 하나의 실체의 다른 면임을 강조하는 바이다.
The purpose of this study is to examine the relationship between matter and consciousness as described by quantum mechanics. Quantum mechanics brought many changes to concepts about matter and gave many methods to the study of consciousness. I endeavored to find the relationship by studying the simi...
The purpose of this study is to examine the relationship between matter and consciousness as described by quantum mechanics. Quantum mechanics brought many changes to concepts about matter and gave many methods to the study of consciousness. I endeavored to find the relationship by studying the similarities in scientific processes with regard to matter and consciousness. Mankind has given a lot of effort to try to understand natural phenomena since ancient times. These efforts gave birth to natural philosophy and furthermore, understanding the nature of matter as a material constituting the universe emerged as an important issue. Up until the mid-19th century, we were able to explain all observable natural phenomena with Newtonian mechanics. However, towards the late 19th century, we knew there was limits in describing subatomic particles, such as an electron, with Newtonian mechanics. As a result, quantum mechanics appeared as a new theory in the early 20th century that helped us overcome the limitations of classical mechanics. Quantum mechanics deals with subatomic particles. In contrast to the describing method of classical mechanics, quantum mechanics does not treat a particle as an independent one, but considers it as a temporary form of varying energy. This perspective is completely different from previous science depending on sensory observation. Quantum mechanics changed not only the way of describing particles and movement, but also the view point about scientific phenomena. In modern science, reductionism was dominant. Scientists said ‘No matter how difficult and complex to understand it is, we can figure it out if we reduce the system.’ On the contrary, quantum mechanics shook the cognitive framework of mankind. There is a relationship among particles, environment, and observer in the nature of material derived from quantum mechanics. The concept of relation which says things exist not as isolated forms, but as a part of a whole is emphasized by Bohr and Heisenberg. Like matter, consciousness was the subject of a long-standing quest of humanity. In the past, consciousness was not measurable. So, it was studied in non-scientific ways. Although recently, with the improvement of science and engineering, consciousness has become observable and measurable. Reductionism can also be applied in the field of studying consciousness. Unlike matter, consciousness can not be easily divided into small pieces and observed independently. This characteristic brought limitations in studying consciousness much earlier than matter. As a result, many scientists of consciousness use quantum mechanical concepts in modern days. We divided matter very hard to find out the nature of it. But there comes a reflection in reductionism; We cannot find out its nature only with dividing. Like this reflection, we have come to know that we cannot explain consciousness just with neural units. Quantum mechanics which shows the nature of matter is revealed to take some part in consciousness. When we describe matter and phenomena in classical mechanics, the skills of thinking and measuring were too insufficient to find the nature of matter and consciousness. There were even attempts to describe matter and consciousness as two aspects of one thing; we thought they were completely different things. On the other hand, quantum mechanics shows one thing can have many aspects when we observe it with different methods. Like photography and holography, classical science had limits in the methods of observation and describing, but quantum mechanics overcomes these limitations and describes matter and consciousness as two aspects of one thing.
The purpose of this study is to examine the relationship between matter and consciousness as described by quantum mechanics. Quantum mechanics brought many changes to concepts about matter and gave many methods to the study of consciousness. I endeavored to find the relationship by studying the similarities in scientific processes with regard to matter and consciousness. Mankind has given a lot of effort to try to understand natural phenomena since ancient times. These efforts gave birth to natural philosophy and furthermore, understanding the nature of matter as a material constituting the universe emerged as an important issue. Up until the mid-19th century, we were able to explain all observable natural phenomena with Newtonian mechanics. However, towards the late 19th century, we knew there was limits in describing subatomic particles, such as an electron, with Newtonian mechanics. As a result, quantum mechanics appeared as a new theory in the early 20th century that helped us overcome the limitations of classical mechanics. Quantum mechanics deals with subatomic particles. In contrast to the describing method of classical mechanics, quantum mechanics does not treat a particle as an independent one, but considers it as a temporary form of varying energy. This perspective is completely different from previous science depending on sensory observation. Quantum mechanics changed not only the way of describing particles and movement, but also the view point about scientific phenomena. In modern science, reductionism was dominant. Scientists said ‘No matter how difficult and complex to understand it is, we can figure it out if we reduce the system.’ On the contrary, quantum mechanics shook the cognitive framework of mankind. There is a relationship among particles, environment, and observer in the nature of material derived from quantum mechanics. The concept of relation which says things exist not as isolated forms, but as a part of a whole is emphasized by Bohr and Heisenberg. Like matter, consciousness was the subject of a long-standing quest of humanity. In the past, consciousness was not measurable. So, it was studied in non-scientific ways. Although recently, with the improvement of science and engineering, consciousness has become observable and measurable. Reductionism can also be applied in the field of studying consciousness. Unlike matter, consciousness can not be easily divided into small pieces and observed independently. This characteristic brought limitations in studying consciousness much earlier than matter. As a result, many scientists of consciousness use quantum mechanical concepts in modern days. We divided matter very hard to find out the nature of it. But there comes a reflection in reductionism; We cannot find out its nature only with dividing. Like this reflection, we have come to know that we cannot explain consciousness just with neural units. Quantum mechanics which shows the nature of matter is revealed to take some part in consciousness. When we describe matter and phenomena in classical mechanics, the skills of thinking and measuring were too insufficient to find the nature of matter and consciousness. There were even attempts to describe matter and consciousness as two aspects of one thing; we thought they were completely different things. On the other hand, quantum mechanics shows one thing can have many aspects when we observe it with different methods. Like photography and holography, classical science had limits in the methods of observation and describing, but quantum mechanics overcomes these limitations and describes matter and consciousness as two aspects of one thing.
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