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Academics

Class Notes, Quizzes and Weather Alerts with Mathematica and the Wolfram Language

Using Wolfram technologies has always been a part of my working process—from asking Wolfram|Alpha questions in college to using the Wolfram Cloud to set up reminders and forms in my everyday work. Nowadays, I think about the ways that our users can employ our technologies. I like to build on things that I perhaps should have used to improve my efficiency during my time as a student or faculty member, or even for tasks outside of work in my day-to-day life.
Announcements & Events

Using IPFS, Filecoin and the Wolfram Language to Build a Unified Decentralized Services Interface

As part of Wolfram’s core goal of a unified blockchain interface, Wolfram Blockchain Labs (WBL) works to give developers direct Wolfram Language access to a range of blockchains and decentralized technologies. Today, we’re excited to announce a collaboration with IPFS and Filecoin, some of the core building blocks of Web3 (or the “decentralized” web). In addition to Wolfram Language integration with IPFS and the Filecoin blockchain, this unique collaboration lets developers leverage storage, peer-to-peer networking and other protocols to complement their existing applications or new decentralized applications, all from Wolfram technologies such as our Wolfram Language, the Wolfram Cloud and Wolfram Notebooks.

Academics

Wolfram Neural Networks Boot Camp Recap: Dog vs. Butterfly Optical Illusion Showdown

Neural networks are increasingly a part of society and are used in many aspects of life, especially e-commerce and social media. I recently had the opportunity to attend the Wolfram Neural Networks Boot Camp with developers and researchers who design and utilize Wolfram Language neural net resources. During the boot camp, participants received a crash course on using neural nets in the Wolfram Language.
Academics

Graduate to the Wolfram Early Professionals Program

Each year, 73 billion students use Mathematica and the Wolfram Language at their universities. Okay, that might be an exaggeration, but as the person leading the Wolfram sales team, I see my group fielding questions from tons of students on their options for using Mathematica after they graduate. So perhaps it sometimes just feels like 73 billion.

And that’s a good thing—we’re always excited to help these brilliant young minds use Mathematica and the Wolfram Language to do basic repetitive tasks, from solving integrals or graphing trig functions in their undergraduate work to visualizing complex sets of data or building an AI system for their graduate-level research.

Announcements & Events

Introducing Wolfram Application Server

Wolfram Application Server is a new platform developed by Wolfram Research enabling customers to deploy Wolfram Language–powered APIs and webpages into a scalable, highly available enterprise cluster.

Wolfram Application Server lets you:

manage data exchange in your deployments with a robust external services framework. create applications using the Wolfram Natural Language Understanding (NLU) System, the key semantic interpretation technology behind Wolfram|Alpha and Wolfram Language. generate content based on time and location, assign custom endpoints and integrate curated content from the Wolfram Knowledgebase.

We have designed Wolfram Application Server for customers who for regulatory, security or business reasons may not wish to deploy onto the Wolfram Cloud but prefer to host their Wolfram Language applications on clusters they control.

Announcements & Events

The Wolfram Physics Project:
A One-Year Update

How's It Going?

When we launched the Wolfram Physics Project a year ago today, I was fairly certain that---to my great surprise---we’d finally found a path to a truly fundamental theory of physics, and it was beautiful. A year later it’s looking even better. We’ve been steadily understanding more and more about the structure and implications of our models---and they continue to fit beautifully with what we already know about physics, particularly connecting with some of the most elegant existing approaches, strengthening and extending them, and involving the communities that have developed them.

And if fundamental physics wasn’t enough, it’s also become clear that our models and formalism can be applied even beyond physics---suggesting major new approaches to several other fields, as well as allowing ideas and intuition from those fields to be brought to bear on understanding physics.

Needless to say, there is much hard work still to be done. But a year into the process I’m completely certain that we’re “climbing the right mountain”. And the view from where we are so far is already quite spectacular.