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.
Issues or problems to be solved versus governance and democracy. The later interferes with the former. Argues that the power of individual people is uncovered. Democracy is not seen as perfect just better than all the other ways. In a true democracy all funding would come from the people as a whole. Democracy has we know it is inadequate. It is slow, biased, inaccurate and expensive. Talks about pushing democracy to the original ideological principles but which one's Greek, English, American and whose version? Is Leaving politicians in office even if we collectively want to change the system right now OK? Can we pick and choose policies instead of being forced into all or nothing? Can we hold more elections (while at the same time pointing out increasing costs) Points out problem with technical issues (chads) which supposedly go away. No fail-ability and instantaneous results based it seems on the same infrastructure that brings about social opinion online. Landmark events Obama's election. Given the right catalyst democracy thrives through the power of the individual. Individuals of like minds come together to create change. A collective consciousness that bubbles up from each individual in the group. This consciousness governs the way the group behaves. Complex Adaptive Theory how simple elements self organize into super organisms. Civilization or at least what is deemed to be civilization by two researchers without the use of reason.
Tries to make a case of similarity between the evolution of termites as a super organism and humans as a super organism seeking equivalence between ant colonies and human nations that only obstacle being language. Really actually the same thing. The super organism is more competent than the individual parts. Argues for transformation by humans into a super global organism. This global organism created is competing with nations. Held by ideas rather than genetics of insects. Cites Darwin both philosophically and photographically. We are supposedly going to a better place because of technological evolution than we are now. Radical Inclusion supposed maturity in technology allow for problems to be brought up that are effecting this super organism and improve its self regulation. Radical Inclusion is a vehicle for shifting the consciousness of this super organism we are a part of. Breaks down barriers of geography, language and politics.
Ideas can spread but does not mean they are good ideas. Top rated content. Claiming that changes in Egypt were due to wanting to connect online rather than a local wish to change the government. Fast Unbiased Accurate and Inexpensive. Voting is available from anywhere to where though to whom. Stops bias supposedly supposedly more accountable but somebody is in control of the accounting. Allows global votes so everyone can vote on the Secretary General of the UN rather than the nations. Brings up technical issues such as authentication or access to the internet. Come back is to compare this endeavor with putting a man on the moon. Done we are told with less computing power than with a regular cell phone. Then just implementation issues. Finishes up with From the very beginning we have loved one another and lived in the company of one another and through giving up much we have live strong to become the greatest power on earth. Love and ingenuity allowed the weakest of us to collectively triumph through it all villages become cities become states become super organism. Still waiting for it to mature though. Radical Inclusive Democracy is a step catalyst seems like genetic engineering. Online UN voting platform for COP15. At that point focus was bringing accountability to advocacy. COP15 was a cop out is beside the point. Does Radical Inclusion permit responses to crisises against humanity will it allow harnessing the power of individuals of global change at speed. And do what is right for us all.
Google version of the digital revolution. Far from being a bad thing, he argues that the potential for creativity, the ability to connect and communicate and the ability to have ones voice heard is driving fundamental societal change. So, is the digital revolution leading us to a more democratic, more environmentally and socially conscious future? And better business models?
The Creative Learning Exchange was founded as a non-profit in 1991 to encourage the development of systems citizens who use systems thinking and system dynamics to meet the interconnected challenges that face them at personal, community, and global levels.
The failure of many of the systems that underpin modern life is increasingly difficult to avoid, so it's not surprising that interest in 'systems innovation' is growing fast. At the Point People, we've seen pioneers emerging in this field from different sectors, leading very different kinds of organisations and speaking very different professional languages.
We had a hunch that these frontrunners could tell a compelling story about what systemic innovation looks and feels like in practice. So we put them in front of a camera and asked them a handful of questions.
Stockholm Resilience Centre advances research on the governance of social-ecological systems with a special emphasis on resilience - the ability to deal with change and continue to develop.
OK, this post is already way too long, but one final thing. Physicists, I think, become even more drawn to economics when we look into economics and see broad resistance to research pursuing this "complexity" perspective.
It seems instead that most of mainstream research tries to get around system complexity with mathematical tricks, rather than facing up to it. I'm thinking about ideas like representative agents, or rational expectations. The assumptions make it possible to build models without having to deal with the complexity of interactions and the emergent structures they create; but the resulting models, naturally, look very pale and questionable as models of anything real. When physicists see that a small minority of ("heterodox") economists also find the standard approach hugely limiting, they feel an urge to help out. And they believe that some of their ideas can help.
OuiShare is a global community and think and do-tank. Our mission is to build and nurture a collaborative society by connecting people, organizations and ideas around fairness, openness and trust.
We believe that economic, political and social systems based on these values can solve many of the complex challenges the world faces, and enable everyone to access to the resources and opportunities they need to thrive.
OuiShare activities consist of building community, producing knowledge and incubating projects around the topics of communities and the collaborative economy, as well as offering support to individuals and organizations through professional services and education.
Started in January 2012 in Paris, OuiShare is now an international leader in the collaborative economy field. A non-profit organization which has rapidly evolved from a handful of enthusiasts to a global movement in dozens of countries in Europe, Latin America and the Middle East, our network of expert Connectors engage hundreds of members and contributors worldwide.
About the Course:
We have re-opened our popular introductory course indefinitely; all units will be open once the course is launched. You will be able to complete this course at any time of the year and receive a certificate. There will be a course instructor offering office hours and monitoring the forums to support your complexity learning journey.
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.
Systems Innovation is an online platform for systems thinking and systems innovation - our mission is to make complexity and systems thinking accessible to all through education and enable systems level change through collaboration.
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.
Systems thinking, according to HU, has two important dimensions. One is the establishment of a new paradigm that understands global issues as inherently complex, multi-dimensional, conflictive and open to outside influence and intervention. A problem like slavery, for example, may seem intractable because of the economic interests it serves; in fact, the institutional and organizational linkages-the supply chains-that comprise slavery's power structure are vulnerable. The first step in system thinking is to map those linkages to better understand how they fit together and pinpoint their likely weak points. The next step is to devise a strategy that combines public advocacy, coalition building, insider lobbying, and investigative journalism to target those linkages, forcing those implicated in slavery, wittingly or unwittingly, to reform, and weakening the larger circuit of power over time.
This is our topic for today: the way things move and spread, somewhat chaotically, across a network. Some examples to whet the appetite:
Infectious diseases jumping from host to host within a population
Memes spreading across a follower graph on social media
A wildfire breaking out across a landscape
Ideas and practices diffusing through a culture
Neutrons cascading through a hunk of enriched uranium
We are living in the midst of humankind's manifold crises, in a time of unprecedented change. Some call this era The Big Shift, Jump Time or The Great Transition. Out of the turbulence of this transformation, the world that will emerge will most likely be very different from what we know. Whether what unfolds will be for better or worse is up to us. Not up to us individually, but up to all of us who care for it.
We believe knowledge sharing is most valuable when it's powered by people closest to the challenges. We seek to elevate the voices of changemakers who have the greatest insights and the most at stake.
Advancing economic, environmental and social justice today requires iteration, openness, adaptability and risk-taking. We embrace these values within our own work and aim to celebrate others who do the same.
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.
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.
This blog is part of the economics project of the London Mathematical Laboratory. We're re-deriving formal economics without making the ergodicity assumption. That means questioning 350 years of scientific history, and of course much it is quite technical. But beyond the technical side, we've found that this generates a broad perspective, a culture maybe, that seems worth sharing.