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Charles van der Haegen

Easa Saarinen Raimo Hamalainen Systems Intelligence Research Group - 0 views

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    Systems Intelligence (SI) is a new concept introduced in 2002 by the principal investigators. The research group develops the conceptual basis of this competence and studies its different forms and manifestations in personal and organizational contexts. We seek to distribute knowledge and stimulate interest in Systems Intelligence in different fields including management practices, learning organizations, education, human relationships, etc. By Systems Intelligence we mean intelligent behaviour in the context of complex systems involving interaction and feedback. A subject acting with systems intelligence engages successfully and productively with the holistic feedback mechanisms of her environment. She perceives herself as part of the whole, the influence of the whole upon herself as well as her own influence upon the whole. Observing her own interdependency with the feedback-intensive environment, she is able to act intelligently.
Charles van der Haegen

BigBlueButton -- Open Source Web Conferencing | www.bigbluebutton.org - 1 views

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    Our Vision Our vision is that starting a web conference should be as easy as clicking a single metaphorical big blue button. As an open source project, we believe it should be easy for others to embrace and extend. And while web conferencing means many things to many people -- our focus is to make the best web conferencing system for distance education. What is BigBlueButton ? BigBlueButton is an open source web conferencing system built on over fourteen open source components to create an integrated solution that runs on mac, unix, or PC computers. In the true sense of open source, we invite you to try out and participate in our project. How to setup Using Ubuntu packages, we've made it easy to setup your own BigBlueButton server. More ... For Developers We are developers, and we know how difficult it can be to understand other projects. If you want to contribute or extend BigBlueButton, we've created overviews, installation videos, tutorials, and we use a public issue tracking system, and source code repository. Got a question? Post to our discussion group and find out how fast the BigBlueButton community responds!
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    Where do we stand with trying out this technology. is it still in the pipeline?
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    I'm working on setting this up and we should have an instance to play with within the next couple weeks.
Charles van der Haegen

The International Society for Ecological Economics - 0 views

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    "ISEE is a not-for-profit, member-governed, organization dedicated to advancing understanding of the relationships among ecological, social, and economic systems for the mutual well-being of nature and people. Ecological economics exists because a hundred years of disciplinary specialization in scientific inquiry has left us unable to understand or to manage the interactions between the human and environmental components of our world. While none would dispute the insights that disciplinary specialization has brought, many now recognize that it has also turned out to be our Achilles heel. In an interconnected evolving world, reductionist science has pushed out the envelope of knowledge in many different directions, but it has left us bereft of ideas as to how to formulate and solve problems that stem from the interactions between humans and the natural world. How is human behaviour connected to changes in hydrological, nutrient or carbon cycles? What are the feedbacks between the social and natural systems, and how do these influence the services we get from ecosystems? Ecological economics as a field attempts to answer questions such as these."
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    ISEE's Dedication: Advancing understanding of the relationships among ecological, social, and economic systems for the mutual well-being of nature and people: My question: Did this understanding ever exist. If yes, why was this understanding lost ??? If not: How come?
David McGavock

The Myth Of AI | Edge.org - 1 views

  • what I'm proposing is that if AI was a real thing, then it probably would be less of a threat to us than it is as a fake thing.
  • it adds a layer of religious thinking to what otherwise should be a technical field.
  • we can talk about pattern classification.
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  • But when you add to it this religious narrative that's a version of the Frankenstein myth, where you say well, but these things are all leading to a creation of life, and this life will be superior to us and will be dangerous
  • I'm going to go through a couple of layers of how the mythology does harm.
  • this overall atmosphere of accepting the algorithms as doing a lot more than they do. In the case of Netflix, the recommendation engine is serving to distract you from the fact that there's not much choice anyway.
  • If a program tells you, well, this is how things are, this is who you are, this is what you like, or this is what you should do, we have a tendency to accept that.
  • our economy has shifted to what I call a surveillance economy, but let's say an economy where algorithms guide people a lot, we have this very odd situation where you have these algorithms that rely on big data in order to figure out who you should date, who you should sleep with, what music you should listen to, what books you should read, and on and on and on
  • people often accept that
  • all this overpromising that AIs will be about to do this or that. It might be to become fully autonomous driving vehicles instead of only partially autonomous, or it might be being able to fully have a conversation as opposed to only having a useful part of a conversation to help you interface with the device.
  • other cases where the recommendation engine is not serving that function, because there is a lot of choice, and yet there's still no evidence that the recommendations are particularly good.
  • there's no way to tell where the border is between measurement and manipulation in these systems.
  • if the preponderance of those people have grown up in the system and are responding to whatever choices it gave them, there's not enough new data coming into it for even the most ideal or intelligent recommendation engine to do anything meaningful.
  • it simply turns into a system that measures which manipulations work, as opposed to which ones don't work, which is very different from a virginal and empirically careful system that's trying to tell what recommendations would work had it not intervened
  • What's not clear is where the boundary is.
  • If you ask: is a recommendation engine like Amazon more manipulative, or more of a legitimate measurement device? There's no way to know.
  • we don't know to what degree they're measurement versus manipulation.
  • If people are deciding what books to read based on a momentum within the recommendation engine that isn't going back to a virgin population, that hasn't been manipulated, then the whole thing is spun out of control and doesn't mean anything anymore
  • not so much a rise of evil as a rise of nonsense.
  • because of the mythology about AI, the services are presented as though they are these mystical, magical personas. IBM makes a dramatic case that they've created this entity that they call different things at different times—Deep Blue and so forth.
  • Cortana or a Siri
  • This pattern—of AI only working when there's what we call big data, but then using big data in order to not pay large numbers of people who are contributing—is a rising trend in our civilization, which is totally non-sustainable
    • David McGavock
       
      Key relationship between automation of tasks, downsides, and expectation for AI
  • If you talk about AI as a set of techniques, as a field of study in mathematics or engineering, it brings benefits. If we talk about AI as a mythology of creating a post-human species, it creates a series of problems that I've just gone over, which include acceptance of bad user interfaces, where you can't tell if you're being manipulated or not, and everything is ambiguous.
  • It creates incompetence, because you don't know whether recommendations are coming from anything real or just self-fulfilling prophecies from a manipulative system that spun off on its own, and economic negativity, because you're gradually pulling formal economic benefits away from the people who supply the data that makes the scheme work.
  • I'm going to give you two scenarios.
  • let's suppose somebody comes up with a way to 3-D print a little assassination drone that can go buzz around and kill somebody. Let's suppose that these are cheap to make.
  • Having said all that, let's address directly this problem of whether AI is going to destroy civilization and people, and take over the planet and everything.
  • some disaffected teenagers, or terrorists, or whoever start making a bunch of them, and they go out and start killing people randomly
  • This idea that some lab somewhere is making these autonomous algorithms that can take over the world is a way of avoiding the profoundly uncomfortable political problem, which is that if there's some actuator that can do harm, we have to figure out some way that people don't do harm with it.
    • David McGavock
       
      Another key - focus on the actuator, not the agent that exploits it.
  • the part that causes the problem is the actuator. It's the interface to physicality
  • not so much whether it's a bunch of teenagers or terrorists behind it or some AI
  • The sad fact is that, as a society, we have to do something to not have little killer drones proliferate.
  • What we don't have to worry about is the AI algorithm running them, because that's speculative.
  • another one where there's so-called artificial intelligence, some kind of big data scheme, that's doing exactly the same thing, that is self-directed and taking over 3-D printers, and sending these things off to kill people.
  • There's a whole other problem area that has to do with neuroscience, where if we pretend we understand things before we do, we do damage to science,
  • You have to be able to accept what your ignorances are in order to do good science. To reject your own ignorance just casts you into a silly state where you're a lesser scientist.
  • To my mind, the mythology around AI is a re-creation of some of the traditional ideas about religion, but applied to the technical world.
  • The notion of this particular threshold—which is sometimes called the singularity, or super-intelligence, or all sorts of different terms in different periods—is similar to divinity.
  • In the history of organized religion, it's often been the case that people have been disempowered precisely to serve what were perceived to be the needs of some deity or another, where in fact what they were doing was supporting an elite class that was the priesthood for that deity.
    • David McGavock
       
      Technical priesthood.
  • If AI means this mythology of this new creature we're creating, then it's just a stupid mess that's confusing everybody, and harming the future of the economy. If what we're talking about is a set of algorithms and actuators that we can improve and apply in useful ways, then I'm very interested, and I'm very much a participant in the community that's improving those things.
  • A lot of people in the religious world are just great, and I respect and like them. That goes hand-in-hand with my feeling that some of the mythology in big religion still leads us into trouble that we impose on ourselves and don't need.
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    "The idea that computers are people has a long and storied history. It goes back to the very origins of computers, and even from before. There's always been a question about whether a program is something alive or not since it intrinsically has some kind of autonomy at the very least, or it wouldn't be a program. There has been a domineering subculture-that's been the most wealthy, prolific, and influential subculture in the technical world-that for a long time has not only promoted the idea that there's an equivalence between algorithms and life, and certain algorithms and people, but a historical determinism that we're inevitably making computers that will be smarter and better than us and will take over from us."
Charles van der Haegen

Quest to Learn School website - 0 views

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    "Reason and Purpose Learning by Doing Designed to support the digital lives of young people and their capacity for learning, Quest to Learn is a school committed to graduating strong, engaged, literate citizens of a globally networked world. Through an innovative pedagogy that immerses students in differentiated, challenge-based contexts, the school acknowledges design, collaboration, and systems thinking as key literacies of the 21st century. Within an integrated, rigorous Regents-based curriculum students work with teachers to gain the skills necessary to meet these requirements, and even surpass them. On-going evaluation and feedback create opportunities for students to plan, revise, and reflect on their own learning. The overall curriculum is rooted in mathematical practices and the use of smart tools, with an explicit intent to innovate at the level of how students are assessed in context. Most importantly, teachers work with students to build individual and academic competencies and enrich youth identity development within contexts that are relevant and meaningful. The school has been designed to help students to bridge old and new literacies through learning about the world as a set of interconnected systems. Design and complex problem-solving are two big ideas of the school, as is a commitment to deep content learning with a strong focus on learning in rigorous, engaging, and relevant ways. It is a place where digital media meets books and students learn to think like designers, inventors, mathematicians, writers, and more. Q2L brings together teachers with a passion for content, a vision for helping kids to learn best, and a commitment to changing the way students will grow in the world. Quest to Learn has purposely responded not only to the growing evidence that digital media and games offer powerful models for reconsidering how and where young people learn, but also to the belief that access for all students to these opportunities is critical. We beli
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    Following the links ifrom ted's post in the gamification forum item... I bounced on this school. Always interesting to discover new ways of looking at traditional things...
Charles van der Haegen

Meary Douglas retraces the origins of the Theory od Socio-cultural Viability - 1 views

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    IThis article, written at the end of her life, presents the Historical Origins of The theory of Socio-cultural Viability by Mary Douglas, who is to be seen as the inspirator of the theory, and to have established the foundational ideas who have been further developped by her students, and later further developped and applied by many scholars across a wide range of disciplines. The first paragraph will hopefully provide some incentive to dig further: Introduction: What is Grid and Group Cultural Theory? How Useful can it be in the Modern World? It is a pleasure for me to reflect on the history of Grid-Group. I first described the idea in Natural Symbols ( Douglas 1970), a kind of necessary sequel to Purity and Danger (1966). I now realise that it was a simple idea presented in a complicated way. After a late start it has been radically redesigned by creative collaborators whose work I will describe. Back in the 1960's social anthropologists still felt it was necessary to vindicate the intelligence of colonial peoples, then known as "natives" or "primitives." A major objective of teaching and writing in anthropology was to attack something described by Levy Bruhl as "primitive mentality," which seemed to mean "primitive irrationality." Malinowski had started in the 1920's showing that the Trobrianders had rational customs and laws. In the 1930's Raymond Firth was original in focusing on the "primitive economics" of the Polynesians and found that the basic laws of supply, demand, and price applied in the rustic economies he studied. Evans-Pritchard made a frontal defence of Azande rationality. After World War II, Nadel and Gluckman followed up with the complexities of Nubian and Barotse legal systems. The very idea that the concept of "jurisprudence" could apply to "the natives" was innovative. In the 1950's and 60's we continued to dismantle intellectual barriers assumed to distinguish "Them" from "Us." The following ex
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    I believe this to be a helpfull introduction to the study od the Theory od Socio-cultural viability, which, it seems to me, is a usefull framework to look from a new angle to cooperation theory, institutional decision making, democracy and many other fields of social sciences
Charles van der Haegen

TVO.ORG | Video | The Agenda - Tim Wu: Information Empires - 0 views

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    transcript of my blog Tim Wu author of Master Swtch, interviewed http://ow.ly/5G0ry . No doubt a must read book, and if you doubt, view this video. The one thing that bothers me in Tim Wu's speech is his deep belief that the two things that will NOT change are economics and human nature … Food for thought, questions for deep dialogue and inquiry. I belief we can come up with solutions to these two "invariables", who seem more "metaphores" or "myths" than inescapable fatalities. Should these deep beliefs remain however , inconsciously hidden in our minds, they might prevent us to look at things from other, more hopefull underlying beliefs systems. New ways of looking at things bring with them other possibilities for the future of the World. Let's hope we can achieve a stage of mental capacity so that we allow a World to emerge without Wars all-over, without undignified living conditions for the majority of Humans, without unequality all-over even in so called advanced economies, without destruction of nature. Let's aim instead on Freedom and Self-Determination for all, a belief in Homan endowment and possibility, a change in mental capacity, a return to conditions for our Systems Intelligenge to express itself. This might allow us all to raise our consciousness and to cooperate collectively to solving the intractable problems our ongoing mental models have created.
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    I believe this interview says a lot about what might happen if the proponents of open and free social media and internet loose their battle. It also shows that this battle is broader, is it inescapable that human nature and economic paradigms are invariable? Are we doomed to see unchanged economic pursuits (meaning money and concentration of wealth) combine with unchanged human nature (incessant and exclusive pursuit of more wealth and power). I believe not, this is the whole point of new paradigms for cooperation combined with the effects of Mind Amplification and social media
David McGavock

Q&A: David Eagleman, Director, Initiative on Neuroscience and the Law | SmartPlanet - 1 views

  • David Eagleman is about as close to a rock star that a neuroscientist can be.
  • Eagleman was excited to talk to SmartPlanet about his work at both the Initiative on Neuroscience and Law, a national, interdisciplinary organization he founded that’s looking at how to remake the U.S. legal system; and the Laboratory for Perception and Action, at Baylor College of Medicine. The former initiative tackles topics such as how brain imaging and analyses of “Big Data” on crime patterns can help communities better understand and prevent violent behavior in new ways. The latter looks broadly at how individual brains are not at all alike — and how the differences might be significant for how we construct and manage our societies.
  • His work is particularly relevant in policy-related discussions in the aftermath of the Sandy Hook Elementary School tragedy in Connecticut.
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  • “To the newsreaders who feel that mental illness is best viewed as an excuse, let me suggest instead that we might more effectually recognize it as a national priority for social policy,” he wrote on his blog shortly after the shootings.  “If we care to prevent the next mass shooting, we should concentrate our efforts on getting meaningful diagnoses and resources to the next Adam Lanza.”
  • Because we are able now to measure things we have never been able to measure before, this allows us potentially to customize sentencing and rehabilitation. The goal is to have the whole system be more just and have more utility.
  • Our system is built on the assumption that if you’re over 18 and over the IQ of 70, you’re a practical reasoner, free to choose how you act. But modern neuroscience suggests that those are not good assumptions.
  • I have to emphasize, though, that this is not about exculpation. I have to be very clear that this is really about customized sentencing and rehab that works.
  • It’s helpful to be able to talk about science in basic ways that anyone can understand. What I tell my students in my lab is that they need to be able explain their research to an 8th grader.
  • I’m an amateur history buff, and if I want to read about the Roman Empire, I don’t want to read an academic debate, but instead a narrative by a trusted guide who’s done their homework, who will offer the filter of how they understand the Roman Empire, to shepherd me through its history in only 200 pages.
  • Rather than “playful,” I’d say that my approach is simply the opposite of boring. It’s about looking for and then trying to answer questions that are poweful enough to get you out of bed at 5AM.
  • My intuition on this idea: being a good scientist or creative writer is about maintaining the wide-eyed wonder of a child and asking questions all the time. That’s what really makes discovery happen in any field.
  • Science is changing really rapidly. One way is that lots of scientists are moving into Big Data
  • Right now we’re involved with serious crunching to pull out statistical info on recidivism and crime. Our first challenge is visualizing it. So in this sense, creativity and art also relevant. Data visualization is really valuable stuff; you can discover a trend when you see, wow, I didn’t realize that bump would be there. To be able to tie together data in beautiful ways allows us to see and discover patterns.
  • I don’t have any fear about losing the mystery of creativity. If I explain every single chemical piece in the process of why you enjoy the taste of a soy latte, it wouldn’t diminish your enjoyment of a soy latte. It might even enhance it
  • Neuroscientists work on how to understand how brains construct reality in general, but we are in the position of fish trying to understand water. What I mean by that is that we only know one way of seeing the world very well, like a fish only knows water.  Learning about how synesthesia works allows us to get out of our fishbowl,
  • You don’t need to know anything about the brain to understand what shape or style will be appealing. We may come scrambling up behind advertisers and product designers and validate them. If Apple wanted to hire me, sure, I’d say yes immediately and do the best job I could! But honestly, they already know how to do it. They’re the design experts. We neuroscientists would in come with our fancy machines and theories and explain why what they do is already true.
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     "To the newsreaders who feel that mental illness is best viewed as an excuse, let me suggest instead that we might more effectually recognize it as a national priority for social policy," he wrote on his blog shortly after the shootings.  "If we care to prevent the next mass shooting, we should concentrate our efforts on getting meaningful diagnoses and resources to the next Adam Lanza."
David McGavock

HOW CULTURE DROVE HUMAN EVOLUTION | Edge.org - 0 views

  • how culture drove human evolution
  • cultural brain hypothesis—this is the idea that the real driver in the expansion of human brains was this growing cumulative body of cultural information, so that what our brains increasingly got good at was the ability to acquire information, store, process and retransmit this non genetic body of information.
  • but tools and artifacts (the kinds of things that one finds useful to throw or finds useful to manipulate) are themselves products of cultural evolution.
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  • or a long time was that status in humans was just a kind of human version of this dominant status
  • Chimps, other primates, have dominant status.
  • social status
  • second kind of status. We call this status prestige.
  • from being particularly knowledgeable or skilled in an area,
  • From this we've argued that humans have two separate kinds of status, dominance and prestige
  • give them deference in exchange for knowledge that you get back
  • you want to isolate the members of your group who are most likely to have a lot of this resources, meaning a lot of the knowledge or information that could be useful to you in the future
  • some of the big questions are, exactly when did this body of cumulative cultural evolution get started?
  • may have started early
  • another possibility is that it emerged about 800,000 years ago.
  • here's theoretical models that show that culture, our ability to learn from others, is an adaptation to fluctuating environments.
  • Another signature of cultural learning is regional differentiation and material culture, and you see that by about 400,000 years ago
  • 400,000 years ago
  • there's another possibility that it was a different kind of ape that we don't have in the modern world: a communal breeding ape that lives in family units rather than the kind of fission fusion you might see in chimpanzees
  • In the Pliocene, we see lots of different kinds of apes in terms of different species of Australopithecus.
  • we now have evidence to suggest that humans were communal breeders, so that we lived in family groups maybe somewhat similar to the way gorillas live in family groups, and that this is a much better environment for the evolution of capacities for culture than typical in the chimpanzee model
  • for cultural learning to really take off, you need more than one model.
  • trying out different technique
  • take advantage of the variation
  • the question is, how did we become such long distance runners?
  • only humans have it
  • humans who don't know how to track animals, can't run them down
  • idea being that the religions of modern societies are quite different than the religions we see in hunter gatherers and small scale societies
  • Most recently I've been also thinking about the evolution of societal complexity.
  • when societies begin to get big and complex
  • large-scale cooperation
  • What are the causal processes that bring these things about?
  • There's an interaction between genes and culture. First you have to get the culturally transmitted knowledge about animal behavior and tracking and spore knowledge and the ability to identify individuals, which is something you need to practice, and only after that can you begin to take advantage of long distance running techniques
  • I've worked in a couple of different areas on this, and one is religion.
  • there was an intense period that continues today of intergroup competition, which favors groups who have social norms and institutions that can more effectively expand the group while maintaining internal harmony
  • they've been shaped in ways that galvanize cooperation in larger groups
  • In small-scale hunter-gatherer religions, the gods are typically whimsical. They're amoral.
  • but as we begin to move to the religions in more complex societies, we find that the gods are increasingly moralizing.
  • if you remind believers of their god, believers cheat less, and they're more pro social or fair in exchange tasks,
  • more pro social in are the ones with anonymous others, or strangers. These are the kinds of things you need to make a market run to have a successful division of labor
  • ritual plays a role in this
  • rituals seem to be sets of practices engineered by cultural evolution to be effective at transmitting belief and transmitting faith
  • elevate the degree of belief in the high-moralizing gods
  • high-moralizing gods will often require rituals of this kind
  • Speaking in unison, large congregations saying the same thing, this all taps our capacity for conformist transmission;
  • People also engage in what we call credibility-enhancing displays [during rituals]. These are costly things. It might be an animal sacrifice or the giving of a large sum of money or some kind of painful initiation rite
  • We think religions are just one element, one way in which culture has figured out ways to expand the sphere of cooperation and allow markets to form and people to exchange and to maintain the substantial division of labor.
  • There's a lot of risk in developing specialization because you have to be confident that there's a market there that you can engage with. Whereas if you're a generalist and you do a little bit of farming, a little bit of manufacturing, then you're much less reliant on the market. Markets require a great deal of trust
  • In the intellectual tradition that I'm building on, culture is information stored in people's heads that gets there by some kind of social learning
  • We tend to think of cultural transmission, or at least many people think of cultural transmission as relying on language
  • , it's quite clear that there is a ton of cultural transmission that is just strictly by observational learning.
  • what we don't see amongst other animals is cumulative cultural evolution.
  • you can learn one thing from one generation, and that begins to accumulate in subsequent generations.
  • One possible exception to that is bird song.
  • One of the interesting lines of research that's come out of this recognition is the importance of population size and the interconnectedness for technology.
  • looking at a case study in Tasmania.
  • You start out with two genetically well-intermixed peoples. Tasmania's actually connected to mainland Australia so it's just a peninsula. Then about 10,000 years ago, the environment changes, it gets warmer and the Bass Strait floods, so this cuts off Tasmania from the rest of Australia, and it's at that point that they begin to have this technological downturn
  • You can show that this is the kind of thing you'd expect if societies are like brains in the sense that they store information as a group and that when someone learns, they're learning from the most successful member
  • study by Rob Boyd and Michelle Kline
  • larger islands had much bigger and more complex fishing technologies, and you can even show an effective contact. Some of the islands were in more or less contact with each other,
  • more in contact, you have fancier tools, and that seems to hold up.
  • rates of innovation should continue to increase, especially with the emergence of communication technologies
  • As an individual inventor or company, you're best off if everybody else shares their ideas but you don't share your ideas because then you get to keep your good ideas, and nobody else gets exposed to them, and you get to use their good ideas, so you get to do more recombination.
  • An important thing to remember is that there's always an incentive to hide your information.
  • Embedded in this whole information-sharing thing is a constant cooperative dilemma in which individuals have to be willing to share for the good of the group.
  • a norm of information sharing is a really good norm to have
  • I've done a lot of work on marriage systems with the evolution of monogamy.
  • Eighty-five percent of human societies have allowed men to have more than one wife
  • pushes us towards polygyny
  • But in the modern world, of course, monogamy is normative, and people who have too many wives are thought poorly of by the larger society. The question is, how did this ever get in place?
  • European Marriage Pattern,
  • Athens legislates the first rules about monogamous marriage
  • people are ready to moralize it,
  • it does seem to have societal level benefits. It reduces male-male competition. We think there's evidence to say it reduces crime, reduces substance abuse, and it also engages males in ways that cause them to discount the future less and engage in productive activities rather than taking a lot of risks
  • If I talk about normative monogamy as being successful, I mean that it spread,
  • especially if you have a society with widely varying amounts of wealth, especially among males. Then you're going to have a situation that would normally promote high levels of polygyny
  • to get into the mating and marriage market you would have to have a high level of wealth if we were to let nature take it's course
  • Part of my program of research is to convince people that they should stop distinguishing cultural and biological evolution as separate in that way. We want to think of it all as biological evolution. 
  • Culture is part of our biology.
  • We now have the neuroscience to say that culture's in our brain, so if you compare people from different societies, they have different brains.
  • Cognition and our ability to think are all interwoven,
  • A good example of this is the placebos. Placebos are something that depend on your cultural beliefs. If you believe that something will work, then when you take it, like you take an aspirin or you take a placebo for an aspirin, it initiates the same pathways as the chemically active substance. Placebos are chemically inert but biologically active, and it's completely dependent on your cultural beliefs.
  • One of the large research projects that I run in an effort to understand human sociality is called The Root of Human Sociality Project.
  • at the time to something called the Ultimatum Game, and the Ultimatum Game seemed to provide evidence that humans were innately inclined to punish unfairness.
  • behavioral economists find that students give about half, sometimes a little bit less than half, and people are inclined to reject offers below about 30 percent
  • The older you get, even if you have more wealth and more income, you're especially inclined to only offer half, and you'll reject offers below 40 percent.
  • I was thinking that the Machiguenga would be a good test of this
  • I did it in 1995 and 1996 there, and what I found amongst the Machiguenga was that they were completely unwilling to reject, and they thought it was silly. Why would anyone ever reject?
  • they made low offers, the modal offer was 15 percent instead of 50, and the mean comes out to be about 25 percent.
  • over the next two summers these field anthropologists went to the field and conducted the ultimatum game as well as a few other games
  • we found is that societies vary dramatically, from societies that would never reject, to societies that would even reject offers above 50 percent, and we found that mean offers ranged across societies from about 25 percent to even over 50 percent. We had some of what we called hyper fair societies. The highest was 57 percent in Lamalera, Indonesia.
  • able to explain a lot of the variation in these offers with two variables. One was the degree of market integration.
  • there seemed to be other institutions, institutions of cooperative hunting seemed to influence offers.
  • measured market integration much more carefully
  • subsequent project
  • large number of other variables, including wealth, income, education, community size, and also religion.
  • did the Ultimatum Game along with two other experiments. The two other experiments were the Dictator Game (the Dictator Game is like the Ultimatum Game except the second player doesn't have the option to reject) and the Third Party Punishment Game.
  • Third Party Punishment Game, there are three players and the first two players play a Dictator Game.
  • This gives us two different measures of willingness to punish strangers
  • one is rejection in the Ultimatum Game
  • three measures of fairness
  • size of the community predicts willingness to punish
  • suggesting that if you have small communities, you don't need punishment.
  • It could be some kind of reputational mechanism
  • There's a number of different ways to create norm systems that operate like that.
  • In a big society punishment can be most effective because reputational mechanisms can be weak. If you're in a big society and you encounter somebody, you probably don't have friends in common through which you could pass reputational information for which punishment could be generated. You might want to punish them right on the spot or someone who observes the interaction might want to punish them right on the spot or call the authorities or whatever, which is also costly.
  • This creates a puzzle because typically people think of small-scale kinds of societies, where you study hunter-gatherers and horticultural scattered across the globe (ranging from New Guinea to Siberia to Africa) as being very pro social and cooperative.
  • but the thing is those are based on local norms for cooperation with kin and local interactions in certain kinds of circumstances
  • these norms don't extend beyond food sharing. They certainly don't extend to ephemeral or strangers
  • large-scale society run you have to shift from investing in your local kin groups and your enduring relationships to being willing to pay to be fair to a stranger.
  • if you're going to be fair to a stranger, then you're taking money away from your family.
  • A commitment to something like anti-nepotism norms is something that runs against our evolutionary inclinations and our inclinations to help kin
  • In this sense, the norms of modern societies that make modern societies run now are at odds with at least some of our evolved instincts.
  • Lately we've been focused on the effects of religion
  • adherence to a world religion matters
  • People from world religions were willing to give more to the other person in the experiment, the anonymous stranger
  • Part of this is your willingness to acquire a norm of impartial roles; that we have a set of rules that governs this system.
  • political scientists call it the rule of law
  • those rules apply independently of the identities
  • If you want the rule of law to spread or to be maintained, you need conditions in which you're managing risk.
  •  
    [JOSEPH HENRICH:] The main questions I've been asking myself over the last couple years are broadly about how culture drove human evolution. Think back to when humans first got the capacity for cumulative cultural evolution-and by this I mean the ability for ideas to accumulate over generations, to get an increasingly complex tool starting from something simple. One generation adds a few things to it, the next generation adds a few more things, and the next generation, until it's so complex that no one in the first generation could have invented it.
David McGavock

Tag (metadata) - Wikipedia, the free encyclopedia - 1 views

  • Labeling and tagging are carried out to perform functions such as aiding in classification, marking ownership, noting boundaries, and indicating online identity.
  • computer based searching made the use of keywords a rapid way of exploring records.
  • In 2003, the social bookmarking website Delicious provided a way for its users to add "tags" to their bookmarks (as a way to help find them later);
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  • In a tagging system, there are an unlimited number of ways to classify an item, and there is no "wrong" choice. Instead of belonging to one category, an item may have several different tags.
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    In online computer systems terminology, a tag is a non-hierarchical keyword or term assigned to a piece of information (such as an Internet bookmark, digital image, or computer file).
David McGavock

As Above, So Below: The Worldview of Lynn Margulis | Reality Sandwich - 2 views

  • This journey led her to emphasize in all her scientific work two phenomena -- the fusing of distinct beings into a single being: symbiosis; and the interaction of organisms and their environments to create relational "loops" that led to regulation of many Earth systems: Gaia Theory.
  • Bacteria were here first and are with us still, comprising a major part of the biosphere.  They are unseen with the naked eye, they lack nuclei (for this reason, they are called prokaryotes -- "pro" = before,  "karyon" = nucleus). Their forms were legion and their metabolisms were (and continue to be) strange.
  • What is known is that the spirochete didn't digest the thermoplasmid and the thermoplasmid did not digest the spirochete.  As Margulis was fond of saying, "1 + 1 = 1."  There was a union of the two, resulting in an entirely new being.  They were inseparable, literally.  The thermoplasmid had a rotor now, and the spirochete had a "head".
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  • Margulis, inspired by the work of little-known biologists, revealed and proved these mergers for us.  At first, her worked was rejected and scoffed at.  It did not fit the still-dominant neo-Darwinian paradigm that tells us all evolutionary novelty comes from natural selection acting on genes and the gradual accumulation of random genetic mutation.  But eventually these symbioses were accepted because they could not be ignored
  • our physical selves are universes composed of the movemenst, biological agreements, and interactions of these beings.
  • "Identity is not an object; it is a process with addresses for all the different directions and dimensions in which it moves..." Margulis once stated, with her colleague Ricardo Guerrero.
  • Indeed, symbiogenesis has been observed in the lab.  An amoeba population, accidentally infected with bacteria was observed over long periods of time, and soon enough, the infecting bacteria could not be removed from the infected amoeba without killing the organism. 
  • Gaia is the work of the relational loops of push and pull between bacteria, other organisms, and the environment
  • But Lovelock came up with an understandable and accesible metaphor in the form of a computer program called Daisyworld.  Daisyworld is not the "proof" of Gaia: Lovelock and his colleague Andrew Watson devised the program to see if living and environmental factors could theoretically interact without intention. 
  • "Gaia," Margulis's former student Greg Hinkle said, "is just symbiosis as seen from space."
  • Gaia processes are real and observable (and sometimes referred to as "biogeochemistry", a term more acceptable to mainstream science).  Furthermore, the five kingdoms (bacteria, protoctists, fungi, plants, animals) of life are all touched by symbiosis
  • After she found James Lovelock, they worked on making those processes known.  Their collaboration resulted in Gaia Theory, which was a disciplinary symbiosis -- the theoretical expression of Margulis's interdisciplinary life.
  • All animals have symbiotic partners in their guts.  Remove these symbionts and the animals die.
  • Microcosmos show us a bacterial view of the world.  Bacteria exchange their genes laterally.  This means they don't pass their genomic information only when they reproduce (though this can happen), but also  through their simple existence.
  • Along with the many detailed examples of bacterial mergers at varying levels of cellular complexity, the world revealed by Acquiring Genomes is also a world of mating between distinct phyla
  • What is definite is that the merging of beings is key, and symbiogenesis offers a clearly observable alternative to the consistent but woefully incomplete neo-Darwinian paradigm.
  • David Bohm, who said
  • "Science is the search for truth...whether we like it or not."
  • Many neo-Darwinist concerns circled nervously around words like "Gaia" and "cooperation" (which Margulis did not like to use).  They were, perhaps rightly, concerned that these terms were ripe for religious appropriation.  But Margulis herself was outspoken against such mishandling of her research. 
    • David McGavock
       
      Cooperation - not God - meets Gaia
  • it's much more complex than that -- there is something "in it" for every symbiont,
  • "Gaia is not merely an organism."  The Earth is beyond stale conception.  It is more magnificent and active than we can imagine.  Gaia is object and process.
  • this complexity is impossible to incorporate in a linear and reductive understanding.
    • David McGavock
       
      This is a question that I often wonder - how different thinkers (using different modes of understanding) come to different conclusions.  What is it that separates the linear (reductive) thinker from the holistic (systemic) thinker?
  • If Gaia is conscious, it possesses a consciousness of a different magnitude, probably of a different order all together.
  • Perhaps as we -- in the newly and deeply connected world of the internet, social profiles, and globalization -- witness the dissolution of the cult of isolated individuality and embark on understanding a clearer and more nuanced view of individuality, so to will we ready ourselves for a clearer view of evolution and life.
    • David McGavock
       
      This is a good question; how does this connected world reframe our conception of ourselves as individuals? Can we, at once, become humbled while we contribute? Can we imagine ourselves as less important while we excel in our pursuits?
  • Dawkins, who claims to be an atheist, relies on a host of selfish angels within us and the possibility for meme-salvation to justify his theory.  He substantiates his magical worldview on a meager past of scientific work.
  • To encompass complex systems with our thinking, we must imagine a model that is less like "cause-effect" more like "being-manifestation."  That is, multiple layers and numerous agents of forces unconsciously conspire together, and their conspiring is so intermingled, that it is simultaneously cause and effect, and thus beyond both. 
  • Now that Margulis has died, it remains our choice to catch up with what she and her life's work have set in motion.  To do so, we must bring together the many fields of knowledge she embodied.  Biologists must talk to physicists, virologists must talk to geologists, cosmologists must talk to microbiologists, and scientists musty talk to non-scientists.  This motion of meeting and exchanging ideas, if we act with it, will evolve our thinking.
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    " Now that Margulis has died, it remains our choice to catch up with what she and her life's work have set in motion.  To do so, we must bring together the many fields of knowledge she embodied.  Biologists must talk to physicists, virologists must talk to geologists, cosmologists must talk to microbiologists, and scientists musty talk to non-scientists.  This motion of meeting and exchanging ideas, if we act with it, will evolve our thinking. "
David McGavock

A New Culture of Learning | Social Media Classroom - 3 views

  • A New Culture of Learning
  • what strikes me is the second part of the title Cultivating the Imagination for a World of Constant Change.
  • I love seeing a child's imagination being captivated
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  • I am challenged by many who see social-media as the next project rather than a shift in the paradigm of existence.
  • I believe that dissatisfaction with the factory model of school, along with the growing number, ubiquity, and accessiblity, of tools (for connection, collaboration and creation) will tip the balance toward new models and cultures of learning.
  • I love to see teachers and student figuring out how to use technology together; asking questions, trying stuff, "messing around" as Brown would say.
  • The Social Life of Information by John Seely Brown and Paul Duguid
  • Can I just say that it is amazingly prescient and still relevant even a decade later? I'm interested in comparing it to his more recent book in discussion here.
  • Howard reponds with an idea on assignments (and the power of assignments). I found the questions (or in other courses the assignements) to really good at directing my brain. 1.Read the question 2. go to sleep 3. stare at the ceiling for hours 4. brush teeth 5. eurekaThese methods are also used in action learning and action research
  • I'm reading the book "the myth of management" (which is not related to learning), and I found out that finding "faults" is actually a dirty consultant trick, as it expands the window through which you can sell your solution. I hacked that idea and replaced solution with learning.
  •  The role of the instructor in balancing freedom and structure -- setting enough structure so that the unlimited freedom doesn't become vertiginous and overwhelming -- resonates with my experiences with Rheingold U. so far. Assignments seem to help, but they can't be too onerous.
  •  Very nice article comparing Thomas/JSB ideas to John Dewey's:
  •  http://charlestkerchner.com/wp-content/uploads/2011/04/DeweyThomas.pdf
  • Ernst - I am particularly interested in Action Research of the "plan, act, observe,reflect" variety where we never really arrive at conclusions but start again in a new cycle of teaching and learning.
  • that idea of teaching people to fail is very important - I notice that this is acceptable very often in business especially in the contexts of 'start-ups' but unacceptable in most schools. Here in Europe, the work of the Finnish educationalist Pasi Sahlberg gets a lot of attention - one of his motifs is learning to be wrong.
  • Knowing who to listen to in the 'noise' of all the information overload is important - I'm looking forward to our continuing review of how we all re-imagine that new culture of learning.
  • Can You, and if yes, How,  Change a system from within? This is one of the key issues of our time. Learning, PLN, Community support structures, activism, Social media, cooperation.. are all part of that... so it is realIy at the heart of our SMC Alumni topics. 
  • I would suggest, we should be dialoguing in depth about the question, and how to formulate it, before jumping to solutions...
  • The work of social and developmental psychologist, Carol Dweck can inform our discussion about failure,
  • Her book, Mindset, posits that some students have growth mindsets and some have fixed mindsets.
  • Ernst, I adore your description of problem-solving (especially the enumerated part). Downtime is essential for processing information and I agree, even subtle shifts within group dynamics can cause huge internal vistas to open up.
  • The idea of structuring for failure in itself is a whole new take on creative thinking.
  • Schools reward success.  That's our measurement system, our "leaderboard".  Some winners at school go on to run schools. Schools punish failure deeply, systematically.  Remember dunce caps? So taking failure as a good thing is, at the very least, weird and defamiliarizing!
  • Chapter Two of Thomas and Seely-Brown's book  is so short - just five pages - They conclude with the idea ....the point is to embrace what we don't know, come up with better questions about it, and continue asking those questions in order to learn more and more, both incrementally and exponentially. I wonder do the authors want us to reflect repeatedly on the contents of the chapter given its brevity.
  • is it certain type of people who fail, who are subsequently allowed to start again?
  • book's first chapter
  • Two key elements: network ("a massive information network that provides almost unlimited access and resources", sounds like mobile + Web) and environments ("bounded and structural") (19).
  • what do you make of the examples they present?  What do they suggest about the theory they exemplify?
  • ohn Seely Brown is particularly interested in the idea of tinkering. He suggests one of the best 'tinkering' models is the architectural studio -- the place where students work together trying to solve each others' problems, and a mentor or master can also take part in open criticism. Find out why this is a model for us all.  http://www.abc.net.au/rn/bydesign/stories/2011/3147776.htm
  • The first chapter is a pretty rosy, and might I say westernized, view of the power of Internet access + play in learning.* It manages to enlighten and engage using a few choice narratives (I imagine we will get to the power of those at some point in the book, too) and sets us up for the rationale to come.
  • * I'm looking for some reaction with regards to that comment
  • based on WEIRD (Western Educated Industrialized Rich Democratic) concepts. (An aside, here's a truly wonderful post unpacking of the idea of WEIRD in social science research.)
  • I can only talk for myself but there are contradictions between what I think is best to do with the students I teach and what I actually do. This "living contradiction" is something I consider in my own studies - I noticed a Tweet last night from Howard: Online and blended learning is NOT about automating delivery of knowledge, but about encouraging peer learning, inquiry, discourse.
  • The sentence I liked most from Chapter One reads "One of the metaphors we adopt to describe this process is cultivation. A farmer for example takes the nearly unlimited resources of sunlight, wind, water, earth, and biology and consolidates them into the bounded and structured environment of garden or farm. We see a new culture of learning as a similar kind of process - but cultivating minds instead of plants"
  • Everyone - you may have seen the piece below - if not please take 12 minutes to view it - it fits nicely with our current discussion
  •  
    This is the first capture of the conversation from the thread "A New Culture of Learning". We'll see how this goes
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    I read the book almost cover to cover. It led me to think more about pushing what I've been doing closer to pure p2p. One of the co-learners in the latest Mindamp told me about "paragogy." That one is worth bookmarking.
David McGavock

UC Davis: Center for Mind and Brain : Exploring the Mind Speaker Series - Dr. Paul Ekma... - 0 views

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    "Exploring the Mind Speaker Series - Dr. Paul Ekman, UC San Francisco Compassion and Deceit: Paul Ekman is a world-renowned behavioral neuroscientist and the inventor of the Facial Action Coding System (FACS). His work is the basis for the FOX television series "Lie to Me," starring Tim Roth. In this lecture, Ekman talks with Center for Mind and Brain researcher Clifford Saron in a wide-ranging discussion focusing on Ekman's research into compassion and deceit. For more information on Ekman, visit http://www.paulekman.com/ What Exploring the Mind When January 29, 2010 The video of this talk is now available online: YouTube: http://www.youtube.com/watch?v=eWyWArOGO0E iTunesU: http://deimos3.apple.com/WebObjects/Core.woa/Browse/ucdavis-public.3393831201.03393831214
David McGavock

The dreams of readers | ROUGH TYPE - 1 views

  • Psychologists and neurobiologists have begun studying what goes on in our minds as we read literature, and what they’re discovering lends scientific weight to Emerson’s observation.
  • “aesthetic emotions” that we feel when we view art from a distance, as a spectator:
  • We create our own version of the piece of fiction, our own dream, our own enactment.” Making sense of what transpires in a book’s imagined reality appears to depend on “making a version of the action ourselves, inwardly.”
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  • The scholars used brain scans to examine the cellular activity that occurs inside people’s heads as they read stories. They found that “readers mentally simulate each new situation encountered in a narrative.”
  • When, for example, a character in a story puts a pencil down on a desk, the neurons that control muscle movements fire in a reader’s brain. When a character goes through a door to enter a room, electrical charges begin to flow through the areas in a reader’s brain that are involved in spatial representation and navigation.
  • More than mere replication is going on.
  • we really do enter, so far as our brains are concerned, a new world — one conjured not just out of the author’s words but out of our own memories and desires — and it is our cognitive immersion in that world that gives reading its emotional force.
  • ” A work of literature, particularly narrative literature, takes hold of the brain in curious and powerful ways.
  • there are the “narrative emotions” we experience when, through the sympathetic actions of our nervous system, we become part of a story, when the distance between the attendee and the attended evaporates
  • A 2009 experiment conducted by Oatley and three colleagues suggests that the emotions stirred by literature can even alter, in subtle but real ways, people’s personalities.
  • Norman Holland, a scholar at the McKnight Brain Institute at the University of Florida, has been studying literature’s psychological effects for many years, and he offers a provocative answer to that question.
  • when we open a book, our expectations and attitudes change. Because we understand that “we cannot or will not change the work of art by our actions,” we are relieved of our desire to exert an influence over objects and people and hence can “disengage our [cognitive] systems for initiating actions.”
    • David McGavock
       
      Theory of mind 
  • The central subject of literature is society, and when we lose ourselves in a book we often receive an education in the subtleties and vagaries of human relations.
  • reading tends to make us at least a little more empathetic, a little more alert to the inner lives of others.
  • can strengthen a person’s “theory of mind,” which is what psychologists call the ability to understand what other people are thinking and feeling.
  • That frees us to become absorbed in the imaginary world of the literary work.
  • Jeff Jarvis, a media consultant who teaches journalism at the City University of New York, gave voice to this way of thinking in a post on his blog. Claiming that printed pages “create, at best, a one-way relationship with a reader,” he concluded that, in the internet era, “the book is an outdated means of communicating information.” He declared that “print is where words go to die.”
  • Society is growing ever more skeptical of the value of solitude. The status quo treats with suspicion  even the briefest of withdrawals into inactivity and apparent purposelessness. We see it in the redefinition of receptive states of mind as passive states of mind.
  • the arts of production and consumption, of getting stuff done, to which most of us devote most of our waking hours.
  • In a 2003 lecture, Andrew Louth, a theology professor at the University of Durham in England, drew a distinction between “the free arts” and “the servile arts.” The servile arts, he said, are those “to which a man is bound if he has in mind a limited task.”
  • free arts, among which Louth included reading as well as meditation, contemplation, and prayer, are those characterized, in one way or another, by “the search for knowledge for its own sake.”
  • We open ourselves to aesthetic and spiritual possibilities.
  • It may be that readers have to enter a state of languid pleasure, a dream, before they can experience the full spermatic vitality of a book. Far from being a sign of passivity, the reader’s outward repose signals the most profound kind of inner activity, the kind that goes unregistered by society’s sensors.
  •  
    "The free arts, among which Louth included reading as well as meditation, contemplation, and prayer, are those characterized, in one way or another, by "the search for knowledge for its own sake." "
Charles van der Haegen

BoardGameGeek | Gaming Unplugged Since 2000 - 0 views

  •  
    Co-learner Gregor McNish poqsted on the MindAmp 3 discussion board about Cooperation theory and social dilemmas the following comment: Board games As mentioned in the live session, I find some interesting examples of exploring these tensions in modern boardgames. A strong element of the fun for me in playing these games is exploring the system presented by each game. In the context of our enquiry, I think that games can be a good (and safe) way of practically exploring the decision spaces of different cooperative structures. There are pure cooperative games, where the gamers are working together against the game. "Pandemic" is an example; gamers are trying to save the world from disease. Each person has a special power, the fun comes from working out as a group how to use everyone's powers to group advantage on each turn. Probably more interesting for our purposes are games whose principal mechanic is "negotiation". Negotiating deals, or forming temporary alliances is an important part of play. It's important in these games to have a sense of the relative benefit people are gaining from deals; it's fine to be gaining less than your trading partner, if you end up gaining more across all your trades, etc. There's lots of scope for metagaming -- you help me this time because I helped you last time, or will next time, etc. Whether or not deals are binding depends on the game, which leads to interesting tensions. Some games even allow group wins. "Dune" is a good example of this. "Intrige" is a very pure example, but apparently has been the cause of friendship break ups. "Diplomacy" would be a classic example. One I've always wanted to try is "Republic of Rome"; players are Senators, who must cooperate to defend Rome from the barbarian hordes, but who are otherwise trying to improve their own position relative to each other. Another interesting example people may have come across is "Werewolf" (also called "Mafia"). In a group (usually 9-15 or so), a couple of p
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    A great contribution of Gregor McNish in MindAmp 3 as a comment to section Cooperation theory & social dilemmas
  •  
    Werewolf is a terrific game, especially because of the wild performance aspects. Coop games: I recommend Pandemic.
Charles van der Haegen

SMUPreprint.pdf (Objet application/pdf) - 1 views

  •  
    The first chapter of what is for me a fundamental book that complements our learning here, and hints at how Social Media might contribute to creating a better World. The article elaborates on how new Social Theory brings new perspectives to finding and implementing solutions to the intractable problems of our time. These ideas originally developped by Mary Douglas, an antropologist, and have been further refined and developped into a fully integrated Social Theory, called Theory of Socio-Cultural Viability, anso sometimes called "Cultural Theory". The lead researcher in this field is Michael Thompson, co-author of this book and chapter. Here are some highlights I have jotted down: Why do well-intended attempts to alleviate pressing social ills too often derail? How can effective and efficient and broadly acceptable solutions to social problems be found? By making sure no voices are excluded. Contrary to the ideas on which current social thinking is based, new research has lead to new theory explaining social systems, showing how deliberative quality is key to sustainable policy-making and implementation. It shows that endlessly changing and complex social worlds consist of ceaseless interactions between four mutually opposed organizing, justifying and perceiving social relations. Each time one of these perspectives is excluded from collective decision-making, governance failure inevitably results. Successful solutions are therefore creative combinations of four opposing ways of organizing and thinking. They always seem clumsy compared to any of the 4 voices' elegant solutions. Yet being broadly acceptable to all they are sustainable and implementable A new way to look at pluralism in organizations, institutions, policy-making, democracy, technology, geo-politics and many other social fields is offered to us by multidisciplinary research and practice by leading political scientists, anthropologists, economists, lawyers, sociologists, geographers, engineer
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    Hi guys, this might be stuff that is of interest to you...
Charles van der Haegen

Event: Fiscal Crises and Imperial Collapses: Historical Perspective on Current Predicam... - 1 views

  •  
    Stavros S. Niarchos Lecture Fiscal Crises and Imperial Collapses: Historical Perspective on Current Predicaments Ninth Annual Niarchos Lecture Niall Ferguson, Harvard University Peterson Institute for International Economics, Washington, DC May 13, 2010 « Previous | Index | Next » Summary 1 of 3 Niall Ferguson, Harvard University, delivered the Peterson Institute's ninth annual Niarchos Lecture on May 13, 2010, on the topic "Fiscal Crises and Imperial Collapses: Historical Perspectives on Current Predicaments." Niall Ferguson is one of the world's leading thinkers and writers on geoeconomic, global systemic, and other key international strategic issues. Time has named him one of the world's 100 most influential people, and two of his books, Empire: The Rise and Demise of the British World Order and the Lessons for Global Power (2003) and The War of the World: Twentieth Century Conflict and the Descent of the West (2008) have been converted into television series. His most recent book is the best-selling Ascent of Money: A Financial History of the World (2008), from which he has drawn numerous lessons for analyzing and responding to the current global crisis. His earlier The World's Banker: The History of the House of Rothschild won the Wadsworth Prize for Business History.
Charles van der Haegen

OnTheSpiral - 0 views

  •  
    "What we commonly refer to as "the economy" can be understood on three levels: Psychology - What do humans value, and therefore seek? Why? Economics - How do humans behave in the domain of activities related to seeking value? Technology - What mechanisms and systems are used to mediate economic behavior? Mainstream coverage of "the economy" is myopically focused on the day to day details of one specific set of technologies - the markets and conventions that pervaded the industrial economy. But, these specific technologies and conventions represent only only a subset of the total universe of value exchange. The mainstream coverage has completely lost touch with the reasons why these technologies exist at all. What are the fundamental values that real people seek to satisfy? Now a new set of technologies is emerging that threatens to disrupt the current paradigm, but that does not mean existing knowledge can be safely ignored. Those economic insights that describe fundamental human motivations will continue to be relevant in any technological environment. This blog addresses psychology, economics, and technology in an effort to better understand what will persist, what will be threatened by disruption, and what emerging technologies offer the most promise of producing real human value. My hope is that these musings help forward-looking individuals to better understand their current place in the world and to more easily plot the course of their future endeavors. If you find yourself wrestling with these same issues then I would encourage you to connect with me via any of the services on the right and to subscribe for regular updates…" Recent posts (from end of May to end of July (2 moths) Utilizing Scarcity in the Four Quadrant Value Universe The Varieties of Copllapseoconmics Navigating the Four Economics Unifying the value Universe The Intention economy and the Evolution of Relationship Management How much monetization is enou
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    I believe this to be a blogsite of disruptive, novel uncomfortable ideas and knowledge well fitting in our Rheingold U course materials
Charles van der Haegen

‪The Most IMPORTANT Video You'll Ever See‬‏ - YouTube - 3 views

  •  
    "2 million views for an old codger giving a lecture about arithmetic? What's going on? You'll just have to watch to see what's so damn amazing about what he (Prof. Albert Bartlett) has to say. When I saw this lecture at a conference in 1995, I came out blasted, thinking "This needs to be required listening for every person on the planet. Nothing else will matter if we don't understand this." The presenter is Albert Bartlett, a retired Physics prof. at U of Colorado-Boulder. The presentation is titled "Arithmetic, Population, and Energy," and I introduce it to my students as "The most boring video you'll ever see, and the most important." But then again, after viewing it most said that if you followed along with what Bartlett is saying, it's quite easy to pay attention, because the content is so damn compelling. If you forward this to everyone you know, we might actually stand a chance in staving off disaster in the global finance system, peak oil, climate change, and every other resource issue you can think of. Without a widespread understanding of what Bartlett's talking about, I think we won't be able to dodge ANY of those issues. BE ABSOLUTELY SURE you catch the parts about "the bacteria in the bottle" (in Part 3) and the list comparing things that add to the problem and things that address the problem. If we don't choose from that right-hand column, nature will choose for us. I for one, would rather we be the ones making the choice."
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    I suppose many of you have seen this video, at least the first one... The question is: will growth save humanity? Than answer is.... : Wrong question! Maybe it should be: What kind of growth should save humanity? Will pondering on this question bring us further? Einstein said once: The mere formulation of a problem is far more often essential than its solution, which may be merely a matter of mathematical or experimental skill. To raise new questions, new possibilities, to regard old problems from a new angle requires creative imagination and marks real advances in science. Albert Einstein, (1879 - 1955) Physicist & Nobel Laureate How do we formulate Humanities Problem?
David McGavock

5 Steps to Becoming a Twitter Champion | Social Media Explorer - 0 views

  • In the Twitterverse; faith is greater than fear; positivity greater than negativity; and inspiration will get you farther than intelligence. Passion is a must!
  • 2.  Be Ready to Engage. Twitter is a full contact sport. If you are not willing to reach out, listen, share and learn…stay home. Engagement is nonnegotiable.
  • On Twitter, that means you have to share killer content – be it a resource, relevant link, amazing photo, great blog post, or inspiring quote. Don’t save the “good stuff” for a select few.  Share something which will make a difference for all.
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  • Once your goals are in place and your engagement formula is in full swing, you might consider the following tools to help you get and stay on track. Take your time, chose wisely, and remember…just becuase it can be measure; doesn’t make it matter.
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    "Champion Tweeters think differently. They approach Twitter and their time in the Twitter community with a different behavior set, mindset and belief system. Their Twitter Habitudes separate them from the pack. If you seek to be more successful on Twitter, reach out to more people, get noticed, and make a bigger impact; you must be willing and ready to think and act like a Twitter Champion! Here are 5 ways to get your Twitter Game on:"
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