The Individual and Society - A Holistic Perspective Taught by Physicist David Bohm
In recent years, important elections have been held in Japan, the United States, and Australia. A question often heard during such times is, "Does one person's vote really matter?" Physicist David Bohm's book, "On Dialogue," offers a new perspective on this question.
Generally, the whole is often perceived as merely the sum of its parts. However, from a physical perspective, the whole holds value beyond the sum of its parts. For example, hydrogen and oxygen are separate atoms, but when they combine, a new substance called "water" is born, which has properties entirely different from the original elements. This is a prime example of how new characteristics are created that go beyond a simple combination of parts.
Let us also consider an orchestra as an example. Individual instruments have their own unique timbres, but by becoming one as an ensemble, a new value is created that transcends the value of the individual parts. These examples clearly demonstrate that the whole possesses value greater than the sum of its parts.
Even more important is the idea Bohm presents that "the part influences the whole." The actions of just one person can have a significant impact on society as a whole. For instance, the absence of one student can change the atmosphere of an entire classroom, or as seen in the American Civil Rights Movement, where Rosa Parks' actions became the catalyst for major social change.
In other words, the whole and the parts are in a dynamic, interdependent relationship, and the value held by a single part is significant enough to exert a major influence on the whole. Viewing the whole as merely a sum is an illusion created by thought, and the real world is built upon more dynamic interactions.
#Parts and Whole
#Interaction
#Emergence
#Systems Thinking
#David Bohm
#Rosa Parks
#Philosophy of Physics
#Chemical Bonding of Water
#Orchestral Harmony
#Democracy
#Value of a Single Vote
#Social Change
#Individual Influence
#Collective Intelligence
#Complex Systems
#Emergent Phenomena
#Physics and Society
#Interdisciplinary Approach
#Systemic Thinking