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30 October 2013

To better understand the subatomic soup that filled the early universe and how it ‘froze out’ to form the atoms of today’s world, scientists are taking a closer look at the nuclear phase diagram. With the help of supercomputers, they are expanding the understanding of how the matter of the early universe transformed into the stuff of our familiar, everyday world.

 

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Scientific output is not just about academic papers: datasets, software, and various forms of multimedia may be produced in the course of research. It is vital that these diverse outputs be citable using persistent identifiers, so that the sharing and the reuse of such materials can be tracked. 

Two weeks ago, the ODIN first year conference was held at CERN to discuss the challenges related to increasing the interoperability of persistent author and object identifiers. These efforts are of particular relevance to large research organizations like CERN, where some high-level datasets have recently been made available to other scientists for re-use.  Equally, the large numbers of collaborators working on the experiments on the Large Hadron Collider can make correct attribution of articles and datasets challenging, too.

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As iSGTW celebrates its 10th anniversary, Katie Yurkewicz, the publication’s first editor, looks back at the challenges of establishing an e-newsletter to support the fledgling grid-computing community and highlights how the...

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This issue marks the 10th anniversary of iSGTW. We would like to take this opportunity to thank all our readers and all those who have contributed to the publication over the last decade.

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