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"My link was shared by Bora Zivkovic, whose network is immense. And in turn, the link was shared by Twitter users in Greece, Germany, Belgium and throughout the United States. In the end, the blogpost wound up with 109 readers on January 22nd - with about 50 via Twitter, 26 via Facebook, and others via LinkedIn and elsewhere. When each person shared the link with her or his network, the momentum is carried forward, pushing out to new networks and new degrees of separation. Social sharing is a bit like the emails you would get forwarded by your relatives (you know, those emails). The deeper you scroll down the thread, the less sender names you recognize. But with Twitter, and using analytics like WordPress or Google, you can actually trace how a little link travels through different social networks, and eventually back to your website. Also, because many people embed a small bio or website link in their Twitter profile, I can quickly see who has retweeted and read my link. I can read their tweets to get an idea of their profession and passions,"

Droplet network printer ""We aren't trying to make materials that faithfully resemble tissues, but rather structures that can carry out the functions of tissues," said Professor Hagan Bayley of Oxford University's Department of Chemistry, who led the research. "We've shown that it is possible to create networks of tens of thousands of connected droplets. The droplets can be printed with protein pores to form pathways through the network that mimic nerves and are able to transmit electrical signals from one side of a network to the other.""

The book is about networked science: the use of online tools to transform the way science is done. In the book I make the case that networked science has the potential to dramatically speed up the rate of scientific discovery, not just in one field, but across all of science. Furthermore, it won't just speed up discovery, but will actually amplify our collective intelligence, expanding the range of scientific problems which can be attacked at all. But, as I explain in the book, there are cultural obstacles that are blocking networked science from achieving its full potential. And so the book is also a manifesto, arguing that networked science must be open science if it is to realize its potential. Making the change to open science is a big challenge. In my opinion it's one of the biggest challenges our society faces, one that requires action on many fronts. One of those fronts is to make sure that everyone - including scientists, but also grant agencies, governments, libraries, and, especially, the general public -- understands how important the stakes are, and how urgent is the need for change.

Project Meshnet is an organization that aims to build a versatile, decentralized network built on secure protocols for routing traffic over private mesh or public networks independent of a central supporting infrastructure. the free content wiki for project meshnet and supporting projects. 132 articles in English

Project Meshnet is an organization that aims to build a versatile, decentralized network built on secure protocols for routing traffic over private mesh or public networks independent of a central supporting infrastructure. the free content wiki for project meshnet and supporting projects. 132 articles in English

'The Named Data Networking (NDN) project aims to develop a new Internet architecture that can capitalize on strengths - and address weaknesses - of the Internet's current host-based, point-to-point communication architecture in order to naturally accommodate emerging patterns of communication. By naming data instead of their locations, NDN transforms data into a first-class entity. The current Internet secures the data container. NDN secures the contents, a design choice that decouples trust in data from trust in hosts, enabling several radically scalable communication mechanisms such as automatic caching to optimize bandwidth.'

Social Science Research Network (SSRN) is devoted to the rapid worldwide dissemination of social science research and is composed of a number of specialized research networks in each of the social sciences.

"or those of you who do not have the patience to read the whole review, but are interested in the way new technologies, especially the Internet, are changing the way science is done, I can say - go now and buy yourself a copy of Reinventing Discovery: The New Era of Networked Science. It is excellent. Worth your investment in time and money."

The fruit fly has evolved a method for arranging the tiny, hair-like structures it uses to feel and hear the world that's so efficient a team of scientists in Israel and at Carnegie Mellon University says it could be used to more effectively deploy wireless sensor networks and other distributed computing applications.

BabelNet is both a multilingual encyclopedic dictionary, with lexicographic and encyclopedic coverage of terms, and a semantic network which connects concepts and named entities in a very large network of semantic relations, made up of more than 9 million entries, called Babel synsets. Each Babel synset represents a given meaning and contains all the synonyms which express that meaning in a range of different languages.

"A team of scientists at Oxford University have printed - yes, printed - what could be the predecessors to usable synthetic human tissue. The researchers released a paper called A Tissue-Like Material, announcing that they created their own version of a 3D printer, saying the current ones on the market couldn't print what they were after, according to PhsyOrg. And what were they after? A protein sack of water that can mold itself into different shapes and perform similar functions to human cells. After developing the printer, the team was able to print out a series of droplets that formed a network of human-like cells that could act like nerves and send electrical signals across the network."

COAST, a Future Content Network (FCN) is defined as a network, based on the content-oriented paradigm. In conjunction to the client-server paradigm, the content-oriented paradigm focuses not only on the communication party, but also on the delivered data themselves.  In short, COAST is expected to deliver a FCN overlay architecture, where the users will just specify which data they need, and the COAST framework will find the desired data and forward it to the users ef

The Collaboration Network for Academia Organize courses, research groups and conferences - for free.

The OCLC Developer Network is a community of developers collaborating to propose, discuss and test OCLC Web Services. This open source, code-sharing infrastructure improves the value of OCLC data for all users by encouraging new OCLC Web Service uses.

The network of scientists will facilitate scholarly discovery. Institutions will participate in the network by installing VIVO, or by providing semantic web-compliant data to the network.

Berkeley Open Infrastructure for Network Computing (BOINC) is an open source middleware system for volunteer and grid computing. It was originally developed to support the SETI@home project before it became useful as a platform for other distributed applications in areas as diverse as mathematics, medicine, molecular biology, climatology, and astrophysics. The intent of BOINC is to make it possible for researchers to tap into the enormous processing power of personal computers around the world.

"If you're here, you either are interested in how to use Web 2.0 tools for science, or attended one of the Social Networking for Scientists workshops from Christie Wilcox. This wiki is a gathering place for anyone with a passion and interest in science communication and workshop attendees from across the country so that everyone can continue to learn about the topic as well as network with one another. "

""A ship is safe in harbor, but that's not what ships are for." By Christie Wilcox | February 14, 2013 A year and a half ago, the decision to pack up shop at ScienceBlogs and begin blogging at Scientific American was an easy one. The inimitable Bora Zivkovic had assembled a blogging dream team, a group of people I respected and admired and couldn't wait to call networkmates. Under Bora's nurturing oversight, we all have flourished, and the SciAm blog network has become the most diverse and prolific science blogging network around"

"SCinet is a high-performance network that is built, once a year, in support of the annual International Conference for High Performance Computing and Communications also known as the Supercomputing Conference. It is the primary network for the conference and is used by attendees to demonstrate and test high-performance distributed applications."

ScienceDaily (July 28, 2011) - The human brain is the most complex of all organs, containing billions of neurons with their corresponding projections, all woven together in a highly complex, three-dimensional web. To date, mapping this vast network posed a practically insurmountable challenge to scientists. Now, however, a research team from the Heidelberg-based Max Planck Institute for Medical Research has developed a method for tackling the mammoth task. Using two new computer programs, KNOSSOS and RESCOP, a group of over 70 students mapped a network of more than 100 neurons -- and they did so faster and more accurately than with previous methods.

ResearchGate is the professional network for scientists Over 900,000 scientists from 192 countries have already joined.