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Announcements & Events

Exploring Social Networks, Communication Systems, Clustering and More with the Wolfram Language in These New Books

The Wolfram Language is utilized across a variety of fields for many different purposes. We’re proud of our products’ broad applications in multiple disciplines and are excited to share seven of the latest books by Wolfram Language users. These draw upon topics ranging from social networks and communications to computational origami to the biosciences. We also had the privilege of speaking to two authors about their projects and experiences with Mathematica and the Wolfram Language.
Kia Heryadi, Document & Media Systems
Education & Academic

A New Way to Ask Wolfram|Alpha Questions with Math Input

We are excited to talk about a feature we released this summer that we call Math Input. We’ve had many requests to add this feature to the site, and after a lot of hard work from multiple teams, we’re ready to share it with you. Head over to Wolfram|Alpha to see it for yourself:
The Wolfram|Alpha Team
Current Events & History

Newick Trees, Proximity Resources and Accessions Analyzing SARS-CoV-2 Genetic Sequences

While working with SARS-CoV-2 genetic data in the Wolfram Data Repository, we noticed that there was frequently only a relative handful of differences compared with the overall size of the sequences. This allowed us a number of interesting opportunities for further processing.
John Cassel, Research Programmer, Wolfram|Alpha Scientific Content Daniel Lichtblau, Symbolic Algorithms Developer, Algorithms R&D
Current Events & History

John Snow & the Birth of Epidemiology Data Analysis & Visualization

In 1854, there was a major cholera outbreak in Soho, a neighborhood in London that Judith Summers described as full of “cow-sheds, animal droppings, slaughterhouses, grease-boiling dens and primitive, decaying sewers.” At the time, the cause of the outbreak was unknown because germ theory was still being developed and disease transmission was not well understood. Miasma theory was the dominant hypothesis, and it proposed that diseases, including cholera and the plague, were spread by foul gasses emitted from decomposing organic matter.
Roman Parker, Community Advancement Mads Bahrami, Academic Innovation Support
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