A computational chemist at Washington State University has adapted Google's seminal search algorithm, PageRank, so that instead of mapping trillions of web pages it maps out the shapes and chemical ...

Every aspect of modern science revolves around publishing important and timely articles in journals where they are more likely to be noticed--in some cases, exposure can be more important than ...

PageRank is a foundational algorithm that has significantly influenced the way search engines rank webpages by assessing both the quantity and quality of inbound links. The technique, originally ...

Associate chemistry professor Aurora Clark of Washington State University and colleagues Barbara Logan Mooney and L. Rene Corrales have applied Google’s PageRank algorithm for determining the ...

A mathematical analysis of the PageRank algorithm shows there are 3 simple, legal things you can do to increase your PageRank score. These aren't bogus SEO techniques like hidden text, link spam and ...

Aaron Wall over at SEOBook, has put together an infographic explaining how Google has made the organic link irrelevant. It's ironic that Google's actions have largely devalued the search rank benefits ...

Researchers at Washington State University and the University of Arizona have shown that Google's famous PageRank algorithm applies to more than just webpages. It also works with water molecules.

Here's an in-depth look into harmonic centrality, why it's useful for search engines, and how it compares against PageRank. Graphs help us understand the real world better by mathematical abstractions ...

Google’s Pagerank algorithm has become one of the most famous in computer science. It was originally designed to rank websites according to their importance by assuming that a site is important if it ...