We are pleased to present our short film about complexity management and networked organizations with narration from Don Tapscott. The rise of networked organizations can be seen as a new form of IT-enabled organization that is adapted to complex environments. The business climate of the new millennium is characterized by profound and continuous changes due to globalization, exponential leaps in technological capabilities, and other market forces. Rapid developments of ICT are driving and supporting the change from the industrial to the information age and the emergence of these new networked organizations.
A short film about global cities with narration from Saskia Sassen. A global city, also called world city or sometimes alpha city or world center, is a city generally considered to be an important node in the global economic system. The concept comes from geography and urban studies, and the idea that globalization can be understood as largely created, facilitated, and enacted in strategic geographic locales according to a hierarchy of importance to the operation of the global system of finance and trade.
Age of Transition is a five part series on the fundamentally changes taking place within the global economy at the turn of the 21st century as it evolves into a more complex form. In the past few decades, our world has changed in profound ways driven by a number of major processes
With narration from a number of prominent complexity scientists, this video tries to give an overview to the current state of this "new kind of science". Complexity science is an emerging post-Newtonian approach or method to science that has arisen over the past few decades to present an alternative paradigm to our standard method of scientific inquiry.
In this video we look at some of the key themes within complex systems theory contrasting this new paradigm with that of the Newtonian mechanistic paradigm. Complexity has proven to be a fundamental feature to our world that is not amenable to our traditional methods of modern science, and thus as researchers have encountered it within many different areas from computer science to ecology to engineering they have had to develop new sets of models and methods for approaching it. Out of these different frameworks has emerged a core set of commonalities that over the past few decades has come to be recognized as a generic framework for studying complex systems in the abstract. Complexity theory encompasses a very broad and very diverse set of models and methods, as yet there is no proper formulation to structure and give definition to this framework, thus we will present it as a composite of four main areas that encompasses the different major perspective on complex systems and how to best interpret them.