In this blog post, we will examine how science and art intersect and overlap through intuitive inspiration and the desire to explore.
People are easily moved when they see a beautiful painting or hear beautiful music, but they find scientific theories difficult to understand because of their complex logic and rigid language. Therefore, it is commonly believed that scientists strive to uncover objective truths through logical analysis and experimentation, while artists rely on intuitive inspiration to pursue subjective aesthetic values. While this notion is not entirely incorrect, many scientific discoveries would have been impossible without intuitive inspiration.
Albert Einstein overturned the absolute truth of time and space that had been accepted by everyone and showed that time and space can also change through his theory of relativity. This paradigm shift, which broke the mold of conventional thinking, came from intuitive inspiration and clearly shows how important intuitive inspiration is in scientific discoveries. Additionally, Isaac Newton discovered the law of universal gravitation from an apple falling from a tree, Galileo Galilei observed the principle of the pendulum while praying in the Cathedral of Pisa, and Archimedes discovered the principle of measuring the volume of an object while taking a bath, exclaiming “Eureka!” and rushing home. The saying that scientific discoveries are made through “1% inspiration and 99% effort” underestimates the role of intuitive inspiration.
So where does this inspiration come from? People generally believe that scientists make new discoveries through logical analysis and reasoning. However, the foundation of these discoveries is intuitive inspiration, which often originates from places beyond the reach of language. Most great scientists, like artists, confess that at the decisive moment of discovery, they are guided not by logic but by an aesthetic sense that arises from the depths of consciousness and is difficult to express in words. Scientific discoveries are the result of logically analyzing and systematizing such inspiration through language.
On the other hand, painters, sculptors, and architects also analyze and dissect objects in order to create perfect harmony and balance. The golden ratio of the Greek era was a meticulous analysis of the mathematical laws of proportion that could produce the greatest aesthetic effect. Beautiful music is also based on the precise arrangement of sounds and resonance phenomena. The analytical perspective of artists is clearly evident in Paul Cézanne’s statement that “all forms in nature are composed of spheres, cylinders, and cones.” Similarly, a poet who imagined the ripples spreading out in concentric circles from the sound of a bell ringing can be seen to have dissolved scientific knowledge about sound into poetic imagination. In this way, while scientists rely on intuitive inspiration to construct theories, artists incorporate scientific knowledge and perspectives into their creative works.
These creative acts of science and art both originate from the human instinct to explore. The desire to explore drives scientists and artists into the unknown, stimulating new imagination. Of course, the goal of science is to understand the laws of nature and uncover its mysteries, but its motivation is the same as that of art: a sense of awe and wonder toward nature. Therefore, Albert Einstein said that those who cannot feel awe at the mysteries of the universe, who are not moved by them, and who cannot lose themselves in contemplation are no different from the dead. From this perspective, science and art cannot be regarded as fundamentally distinct mental activities. Just as the colors of a rainbow overlap and blend into one another, at a certain point, science and art overlap to the point where they become indistinguishable.
