Collective Intelligence & Distance Learning
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Collective Intelligence & Distance Learning
Collective intelligence is a shared or group intelligence involving knowledge creation and flow. Pooled brainpower emerges from the collaboration and learning actions of a community of connected individuals empowered by social media, participatory tools, and mobile platforms.
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What Can 135 Million Video Gamers Add to Our Collective IQ?

What Can 135 Million Video Gamers Add to Our Collective IQ? | Collective Intelligence & Distance Learning | Scoop.it
An estimated 135 million people play video games, spending three billion hours a week glued to a screen. But that’s not necessarily bad news. In fact, playing video games may be part of an evolutionary leap forward, according to Howard Rheingold, educator and author of the book Net Smart: How to Thrive Online.

 

Rather than characterizing them as hapless drones wasting time, Rheingold’s book contends that this massive population of gamers is part of a growing group of “supercollaborators,” as described by Jane McGonigal, director of game research and development at the Institute for the Future, who’s interviewed in the book.

 

Rheingold connects the dots on collaboration literacy and what he calls “Social-Digital-Know-How.” Multi-player games in particular, and virtual communities in general, are technologies that require cooperation. And when you consider the cumulative amount of technical knowledge, these gamers could be the first wave of people who possess what scientists have started calling “collective IQ.” Already, gamers who play the online game Foldit have cracked the code of the structure of a protein-cutting enzyme from an AIDS-like virus, which has eluded scientists for years, and could lead to a new drug.

 

It’s hard to think of a realm of human behavior that has not been influenced, in some way, by a form of mass collaboration.

This idea of collective intelligence and digital culture came from French media scholar Pierre Lévy, who argues that a networked culture gives rise to new structures of power, stemming from the ability of diverse groups of people to pool knowledge, collaborate through research, debate interpretations. Together, these groups refine their understanding of the world.

 

Rheingold has dedicated years to studying human potential and the species’ capacity for cooperation. The outlines of his perspective, breaking the old school “every man for himself” narrative, stem from a distinctly utopian lens. Rheingold’s findings and admonitions serve as a tonic for some of the dystopian views in the mix that predict digital communication will spell doom for humanity.

 

 

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Cooperative Neural Networks Suggest How Intelligence Evolved: Scientific American

Cooperative Neural Networks Suggest How Intelligence Evolved: Scientific American | Collective Intelligence & Distance Learning | Scoop.it

A new computer simulation supports a long-held theory that social interactions may have triggered brain evolution in human ancestors...

 

When programmed to navigate challenging cooperative tasks, the artificial neural networks set up by scientists to serve as mini-brains "learned" to work together, evolving the virtual equivalent of boosted brainpower over generations.

 

The findings support a long-held theory that social interactions may have triggered brain evolution in human ancestors.

 

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