This talk will briefly demonstrate new features and improvements in cloud notebooks. It will also include an overview of our current roadmap and updates on enterprise support for integrating LLM ...

This talk covers new upcoming chemistry functionality for Wolfram Language, including enhancements for molecular visualization and new data structures to represent crystal structures and large biomolecules. In addition, the ChemistryFunctions ...

The Wolfram System's recent advances in disciplined convex programming are applied to a multi-objective optimization problem: find a cubic spline function with small data distance and curvature. We add positivity, ...

Wolfram Language provides an advanced framework for rapidly prototyping neural network applications and exploring research ideas. In this talk, I demonstrate the language features that helped me develop a novel ...

Recent and upcoming features of Wolfram|Alpha, Wolfram|Alpha Notebook Edition and the Wolfram Language related to chemical education are discussed. These features include expanded Step-by-Step support, improved free form ...

This talk covers a mathematical methods course at UC Irvine. Physical Science students use ebooks that are collections of Mathematica notebooks. Assignments are created and submitted via Mathematica notebooks. For ...

Stephen Wolfram is the creator of Mathematica, Wolfram|Alpha and the Wolfram Language; the author of A New Kind of Science; and the founder and CEO of Wolfram Research.

Wolfram Technical Consulting has created a collection of EdTech-focused components designed to easily integrate into pre-existing education systems or be used alone to provide a customizable, computation-based practice and assessment ...

Learn how both theoretical and software engineering constructs made for epidemiological compartmental models can be "upgraded" into war system dynamics models. Several operational and economic analogies are drawn, including the ...

Learn about book publishing using Wolfram Language. We'll explain our various programs for supporting authors working to publish both with Wolfram Media and with other publishers. A brief demonstration of ...

We first explore large language models (LLMs) tackling the classic game of rock-paper-scissors, revealing nuanced decision-making and pattern recognition. Transitioning from game strategies, we then delve into the details of ...

The Wolfram Quantum Framework provides a comprehensive solution for quantum computation, integrated with Mathematica and Wolfram Language. Users can model quantum circuits and algorithms while also connecting with external quantum ...

Education enthusiasts are invited to experiment with Wolfram's new Computational Adventures curriculum, where kids and teens learn to code while exploring subjects like cryptography, music, and poetry. Complete a Computational ...

Random quantum circuits are usually constructed with a random unitary matrix, a method that depends on expensive matrix decomposition. Here we propose a different method more easily implementable on quantum ...

The complex imaging workflow associated with astrophotography can be automated using the Wolfram Language’s intrinsic image processing and statistical data manipulation functionality. This talk illustrates this workflow with galaxy ...

Beginning earlier this year, the Wolfram Prompt Repository was created in order to showcase and document every prompt that works within our technology stack. This talk will focus on some of the core components ...

LLM tools are a powerful part of how LLMs are being integrated into Wolfram Language. Tools allow developers to take advantage of the distinct strengths of both Wolfram Language and ...

We studied the game Mancala using game graphs and multiway analysis to examine how game complexity and fairness change with different board configurations and rule sets, as well as how ...

Wolfram Language 14 introduces new functionality to compute everything about solar eclipses, like the total eclipse of April 8, 2024. The updated function SolarEclipse can compute lots of things about more than 72 thousand solar eclipses in 30 thousand years, with high precision. This talk demonstrates these new capabilities of the Wolfram Language Astro functionality, with multiple visualization examples to help with understanding the time evolution and geometry of any type of ...