We study the linguistic differences between papers written by native and non-native English speakers in our dataset of fifty physics papers. We obtained an accuracy of 84% for the classification algorithms. ...

Many terrific computational stories start out as notebooks, but less commonly do they evolve into compelling, ongoing narratives. Why is this? The challenge of extending computational essays into robust computational ...

We cover the wide range of special functions can be written in terms of the superfunctions MeijerG and FoxH. We explain how these representations can be applied to evaluate large ...

Exploring the SIR model's utility in understanding infectious diseases, this study delves into its fundamentals and application. Using the 1960s Hong Kong flu outbreak in NYC as a case study, ...

Discover the possibilities of game development solely within Wolfram Notebooks. Our main focus is to guide you through the process of creating a first-person gaming experience using Graphics3D and ...

Learn about finite lattice systems in the context of simple rewriting rules. Based on discrete manifolds and Cayley graphs, we look for the set and taxonomy of simple rewriting rules that preserve properties ...

In this talk, we will go over our applications available on Apple mobile devices and how you can use them to view your notebooks or run Wolfram|Alpha queries while ...

Join Stephen Wolfram to kick off the start of the conference.

Using the Wolfram Language, it is possible to connect to other Wolfram Language engines (kernels) both locally and on remote computers. Kernels can be used for ad-hoc evaluations, as session kernels of a notebook or bundled for parallel computation. Support for discovering, configuring and managing kernel resources is now available across a wide variety of environments. We will discuss local ...

The 3-4 week Wolfram Summer School Educational Innovation track provides hands-on Wolfram Language training, extensive high-quality mentoring from experts and Wolfram Research developers sharing their experience in making educational technologies and quality feedback from other like-minded educators. In this presentation I will give an overview of the Wolfram Summer School ...

Iterators are a generalization of lists that are accessed one element at a time. Iterators allow us to work with data whose length is infinite or unknown, and they avoid the explicit generation of all elements at the same time, by using incremental generators. First presented a year ago, this project has now matured, and I would like to share some of the improvements made, focusing on programming techniques for paclet design, seamless integration of iterators into ...

Investigate novel concepts for power production, understand energy markets and balance the grid using Wolfram System Modeler. In this presentation, we will use a simplified model of Sweden's power system ...

We discuss the 140+ resource functions that the Wolfram|Alpha Math Content team has published. These build upon and sometimes run in parallel to kernel functions, and often are aligned to ...

Tree is a new fundamental construct in the Wolfram Language added in Version 12.3 used to represent rooted, ordered, labeled trees. In this talk, we will present a variety of new ...

When developing a new aircraft, there are many different subcontractors involved for designing and manufacturing different components of the aircraft.
But how is each part tested before all the ...