Tracing information flow on a global scale using Internet chain-letter data

Tracing information flow on a global scale using Internet chain-letter data
March 19, 2008, 10.1073/pnas.0708471105

Although information, news, and opinions continuously circulate in the worldwide social network, the actual mechanics of how any single piece of information spreads on a global scale have been a mystery. Here, we trace such information-spreading processes at a person-by-person level using methods to reconstruct the propagation of massively circulated Internet chain letters.
Labels:

No comments:

Post a Comment

Subscribe to: Post Comments (Atom)
Science, Technology, Business, Development, Innovation, Business Plans, Entrepreneurship, Social Responsibility, Open Source, Software, DIY, Citizen Science, Research, University, Laboratory, Startups, Spin-offs, Society, High Tech, Appropriate Technology, Inventors, Scientists, Technologists, Health, Global Change, Poverty, Third World, Design, Green, Physics, Mathematics, Biology, Chemistry, Medicine, BoP, Communities, Networks, Jam, Creative Commons, Wiki, Hacking, Labs, Public Domain, Pro Poor, Sustainability, Renovable Energy, Research, Nature, Peer to Peer, Books, Teaching, Web 2.0, On Line Learning, Lemelson RAMP, Google Summer of Code, Google Code In, Google Science Fair, Intel Challenge, BIOMOD, OLPC, iGEM, IDDS, Microtelcos, Wireless, Create the Future Design Contest, Moonbots, Knowledge, Entrepreneurs, Open Access, Inventions, Incubators, Projects, Engineering, Engineers, Women, Policy, Popular Science, Astronomy, Agriculture, Water, Climate Change, REE, Hacker Spaces, Open Innovation, Yachachiq, BiD Network, Technoserve, Peru, MOOC, Crowdfunding, Startup Chile, Startup Peru, Instructables, NASA, FabLab, FoodLab, GSoC, GCI




Random