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This site is designed for people interested in complex systems and complex dynamical processes. Complexity Explorables hosts different collections of interactive illustrations of models for complex systems in physics, mathematics, biology, chemistry, social sciences, neuroscience, epidemiology, network science and ecology. Topics include pattern formation, synchronization, critical phenomena, chaotic dynamics, evolutionary dynamics, fractals, collective behavior, reaction-diffusion systems and more.

The Complexity Explorer site provides online courses and other educational materials related to complex systems science. The Complexity Explorer project is being developed by the Santa Fe Institute and is funded by a grant from the John Templeton Foundation and by user donations.

Great list of courses, books and videos on complexity science, take a look http://bit.ly/2B69HFJ

The Santa Fe Institute is a nonprofit, independent research center that leads global research in complexity science. SFI scientists seek the shared patterns and regularities across physical, biological, social, and technological systems that give rise to complexity-in any system in which its collective, system-wide behaviors cannot be understood merely by studying its parts or individuals in isolation. Insights from complexity science are increasingly useful in understanding questions far beyond the boundaries of traditional academic disciplines-urban sustainability, disease networks, and financial risk, to name a few.

Democracy made Athens a dynamic, creative force 2500 years ago. Even then, however, democracy was fragile, sometimes stupid, and short-lived. Plato held it in low esteem and Aristotle likened it to "mob rule." Why, then, do we want to create 21st Century Agoras. What we want to create are communities energized by vibrant participative democracy. In our Information Age as old hierarchies prove dysfunctional, it is imperative that human communities have flexible ways to tap their wisdom and power. We do not believe that unstructured discussion on the Athenian model is adequate for dealing with the complexities of the Information Age. It was not adequate even for the simpler (by an order of magnitude as determined by a metric called Situational Complexity Index) situations of that bygone age. The Information Age challenges us to make participative democracy a liberating force in the world today. Research and proven methodology, aided by networked computing, has resolved at least one basic dilemma of democracy:   How can we hear perspectives of all the stakeholders, make collective sense of them, and reach decisions and act on pressing issues? The approach that overcomes this dilemma and multiple other hindrances to dialogic democracy is called the Structured Dialogic Design (SDD). The Agoras Institute convenes these dialogues as Co-Laboratories of Democracy. This process is a fusion of the theory of Generic Design Science and the consultative practice of Interactive Management, both developed over the last 30 years by Dr. John Warfield and our founder, Aleco Christakis.

Like ecosystems, financial markets are complex evolving systems from which unexpected bubbles, crashes, and other surprising behaviors can emerge. Building resilient financial systems may require policymakers to take cues from biology.

NetSciEd has evolved in response to escalating activity in the field of network science, and the urgent need for citizens to be able to access the field through education channels. NetSciEd reflects the multiple efforts underway in pursuit of this goal: intensive workshops for students, introductory workshops open to the public, participation in public science festivals, professional development for teachers, development of network literacy principles, curriculum development, YouTube videos and online courses - plus much more, all of which you will find here.

"Fractals are scale-free, in the sense that there is not a typical length or time scale that captures their features.  A tree, for example, is made up of branches, off of which are smaller branches, off of which are smaller branches, and so on.  Fractals thus look similar, regardless of the scale at which they are viewed.  Fractals are often characterized by their dimension.  You will learn what it means to say that an object is 1.6 dimensional and how to calculate the dimension for different types of fractals."

imply put, governance is the science of decision-making. The concept of governance refers to the complex set of values, norms, processes, and institutions by which society manages its development and resolves conflict, formally and informally. It involves the state, but also the civil society at the local, national, regional and global levels.

By harnessing the expertise and diverse viewpoints of global participants, Pivot Projects seeks to help solve the world's ecological challenges, including climate change. We aim to influence on two vectors: by making policymakers aware of new thinking and priorities; and by working with people in their communities to help them identify and address their most pressing sustainability issues. We take a holistic view of humanity's complex relationships with the rest of nature-incorporating not just science but economics, politics, arts, culture, personal development, community, and beliefs.

Pioneers in the development of agile strategy disciplines to form collaborations quickly in open, loosely connected networks.

An interactive map of the evolutionary relationships between 2,123,179 species of life on our planet. Each leaf on the tree represents a species and the branches show how they are connected through evolution. Discover your favourites, see which species are under threat, and wonder at 105,223 images on a single page.

GANE brings together 1000s of experts, decision-makers, and citizens across the world to synthesize new economics knowledge from science and practice, to drive policy, business, and social action.