In the twentieth century, a pivotal intellectual transformation took place: the gradual rise of a new open worldview. This shift marked a departure from the rigid, closed systems of thought that had dominated previous eras, embracing complexity, uncertainty, and interconnectedness.
Traditional worldviews, often rooted in mechanistic and reductionist frameworks, were challenged by advances in physics, biology, and philosophy. Thinkers began to recognize that reality is not a simple machine but a dynamic, evolving network of relationships. This new perspective emphasized emergence, non-linearity, and the importance of context.
The open worldview found expression in various fields—from quantum mechanics and systems theory to ecology and postmodern thought. It rejected absolute certainty and instead embraced provisional knowledge, dialogue, and adaptability. The implications were profound, influencing how we understand science, society, and ourselves.
This lecture, part of the 'Emergence and Understanding of a Complex World' course, explores the historical and conceptual roots of this transformation, highlighting key figures and ideas that propelled the shift toward a more open, integrative way of seeing the world.