There is an undeniable connection between science and abstract art. Both often involve a degree of uncertainty and unpredictability. In science, experiments may produce unexpected results or lead to new questions that require further investigation. Similarly, in abstract art, the creative process often involves taking risks and exploring unknown territory, which can lead to unexpected and unpredictable outcomes.
The Magdeburg hemispheres experiment visually demonstrates the principles of atmospheric pressure by showing how the pressure outside of the hemispheres prevents them from being separated. This experiment uses a physical and tangible representation of a scientific concept in order to make it easier for a viewer to understand. Apart from the clear scientific value behind the experiment, one can also extrapolate the overall mechanics of atmospheric pressure to life in general.
Both the Magdeburg hemispheres experiment and abstract art demonstrate how visual representation can be used to capture complex processes and concepts in a way that is engaging and accessible for viewers. These visual representations evoke emotional responses and create a lasting impression on viewers, making them an effective means of communication and expression. Most Importantly, by using visual elements, such as physical objects or abstract forms, these representations can help people understand and connect with ideas and concepts that might otherwise be difficult to grasp.

digital-native
3508 x 4967 px
300 dpi

higher resolution version is available upon request
7016 x 9933 px
600 dpi