The Evolution of the Interdependent Mindset

There are times when it makes sense to use AI and this is one of them. I wanted to trace the idea of interdependent existence from its earliest occurances to the present day. I could have spent a few hours searching the internet for references to interdependence and then ordering them chronologically or I could ask AI to do it for me. I chose the latter.

To me this is justified by the nature of the task. I do not favour the use of AI in creating opinion or hypothses based pieces but in cases such as this where the content is a list of facts about a topic it makes sense to use the power of AI to find and organize those facts. 

What follows is an AI’s response to my query about the historical development of the idea of interdependent existence:

The evolution of our understanding of reality has shifted from viewing the universe as a collection of separate, independent objects to recognizing it as a deeply interconnected, interdependent web of relationships.

Here is the chronological evolution of how humanity came to understand this interdependence across philosophy, physics, ecology, and systems thinking.

1. Ancient Spiritual & Philosophical Foundations (500 BCE – 200 BCE)

Before modern science, ancient philosophies posited that reality was fundamentally unified and interdependent.

– Dependent Origination: Formulated in Buddhism around the 5th century BCE, this core principle states that all phenomena arise in dependence upon multiple causes and conditions. Nothing exists in isolation; everything is empty of a separate, independent self.

– Indra’s Net: An early Buddhist metaphor describing a vast cosmic net where every vertex contains a jewel. Each jewel perfectly reflects every other jewel in the net, symbolizing total cosmic mutual interdependence.

– Taoism: Formulated by Laozi in the Tao Te Ching (c. 4th century BCE), this philosophy views reality as an inseparable whole driven by the Tao (the Way). Opposite forces (Yin and Yang) are not separate entities but interdependent phases of a single cycle.

2. The Scientific Revolution & The Mechanical Detour (1600s – 1800s)

For a time, Western science moved away from interdependence toward strict reductionism, which was a necessary step to develop precision tools.

– Newtonian Mechanics (1687): Isaac Newton’s Principia established a “clockwork universe.” Reality was viewed as a collection of isolated, independent pieces of matter interacting through external forces.

– Reductionism: This paradigm suggested that to understand the whole, you only need to break it down and analyze its smallest, independent parts.

3. The Shift in Physics: Fields and Relativity (Mid-1800s – 1915)

The mechanical view began to fracture when physicists realized space itself connects matter.

– Electromagnetic Field Theory (1865): James Clerk Maxwell proved that electricity and magnetism are not separate, but interdependent aspects of electromagnetism. Objects were no longer isolated; they were immersed in continuous, reality-spanning fields.

– General Relativity (1915): Albert Einstein dissolved the separation between space, time, and matter. He proved that space-time and matter are interdependent: matter tells space-time how to curve, and space-time tells matter how to move.

4. The Quantum Revolution (1920s – 1930s)

Quantum mechanics fundamentally shattered the concept of independent, objective reality.

– The Copenhagen Interpretation (1927): Niels Bohr and Werner Heisenberg showed that the observer and the observed are completely interdependent. A subatomic particle does not have definite properties until it is measured.

– Quantum Entanglement (1935): Albert Einstein, Boris Podolsky, and Nathan Rosen proposed the EPR paradox, which Erwin Schrödinger later termed “entanglement.” It proved that two entangled particles remain part of an indivisible system, instantaneously affecting each other regardless of distance. This established non-locality—the ultimate physical proof of cosmic interdependence.

5. Ecology and the Biosphere (1930s – 1970s)

While physics looked at the micro and macro scales, biology began mapping interdependence on the human scale.

– The Ecosystem Concept (1935): Arthur Tansley coined the term “ecosystem,” officially bringing the interdependent relationship between living organisms and their physical environments into mainstream science.

– The Gaia Hypothesis (1972): James Lovelock and Lynn Margulis proposed that the Earth’s living and non-living components interact as a single, complex, self-regulating system to maintain the conditions for life.

6. Systems Theory & Complexity Science (1940s – 1980s)

Science finally developed a formal mathematical and structural language for interdependence.

– General Systems Theory (1968): Karl Ludwig von Bertalanffy argued that a system must be studied as a whole, because the interactions between the parts generate “emergent properties” that cannot be found in the parts alone.

– Chaos Theory & The Butterfly Effect (1972): Edward Lorenz highlighted how highly sensitive, interdependent variables mean a tiny change in one part of a system (a butterfly flapping its wings) can cause massive changes elsewhere (a tornado).

Summary of the Shift in Paradigm