This talk will give a preview of upcoming updates to some formats supported by Import and Export, and discuss some practical applications of document related formats. We will also get ...

Symbolic integration often relies on algorithms to find antiderivatives. Rule-based integrator Rubi uses thousands of human-readable mathematical rules, systematically applied, to determine integrals. This provides transparent integration steps and yields ...

New taxonomic species data collections encompass ecological, geographical and biological knowledge animals, plants, fungi and other microorganisms. With the hierarchical entity type syntax, one can access taxonomic information of species ...

This presentation describes the main elements of a temporal workforce structure model that has been developed using the Wolfram language and Wolfram Desktop application. The symbolic approach delivers the benefits of "closed-loop" control ...

In this presentation, we'll discuss the functionality for generating the Schrödinger equation for different configurations and how to solve it with the finite element method as is implemented in ...

We showcase the power of Wolfram Language for computational analysis of blockchains, enabling forensic analysis, transaction reading, and writing, with a focus on practical examples. Discover how to visualize transactions ...

Discover UpLift, a next-generation gas lift simulator crafted in System Modeler V13.3 and enhanced by Mathematica. Beyond petroleum engineering, UpLift offers a deep dive into real-world oil production scenarios using ...

In this talk, I discuss protein visualization in Wolfram Language, with a specific focus on the chemistry-related functionalities and applications of the Wolfram ProteinVisualization paclet. I also share examples illustrating ...

This modern abstact geometry talk presents imaginary and infinitely distant elements using Mathematica's advanced pattern matching and rewriting capabilities. Our goal is to contribute to a correct understanding of complex ...

I demonstrate problem-solving skills in these four domains: geometry, combinatorics, number theory and algebra/analysis. Wolfram Language's built-in functions and Wolfram Function Repository resources have a unique charm to make the exploration of ...

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 ...