The Wolfram Paclet Repository is here! See a preview of the upcoming new system for publishing and distributing paclets to Wolfram Language users everywhere. Learn what paclets are and how ...

Learn how to achieve more realistic graphics with physically based rendering (PBR) in the Wolfram Language. PBR is an approach to rendering that attempts to model the behavior of light ...

We continue the search for the mathematics most supportive of prediction within geology, including self-similar fragmentation and competitive growth processes, the physical foundations for grain-size distributions, and other ways to ...

This talk gives a view into the ongoing stream of development aimed at improving how the Wolfram system handles biometric data. Topics include released functionality and work in development.

Find out how to both use and contribute Wolfram Resource System content---now including paclets! Demonstrations include navigating the Resource System website, integrating related resource functions into your code and other ...

This talk discusses various tips and tricks for using Wolfram Language to create fast and responsive custom user interfaces.

Software engineering meets computer archaeology in this project where we aim to preserve computational systems and architectures, spanning from the end of the 1950s to the beginning of the 1980s, ...

Spatial point patterns are collections of randomly positioned events in space. Examples include trees in a forest, positions of stars, earthquakes, crime locations, animal sightings, etc. Spatial point data analysis, ...

Spatial datasets consisting of a set of measured values at specific locations are becoming increasingly important. Examples include temperature, elevation, concentration of minerals, etc. We will preview upcoming Wolfram Language ...

This talk discusses the main challenges for educators in creating meaningful e-assessments and how to tackle these challenges using Wolfram Language. Based on concrete examples, we illustrate how open-ended and ...

Cryptography is fascinating because of the close ties it forges between theory and practice. It makes use of bitwise computations, advanced algebra, string operations and everything in between. Explaining cryptography ...

This presentation shows an add-on package that facilitates symbolic computation in Mathematica for tensor analysis. This add-on, MathSymbolica, contains over 1,000 functions and its own interpreter language for notation, manipulation and ...

This paper describes complexity theory of neural networks, defined by tensor decompositions, with a review of simplification of the tensor decomposition for simpler neural network architectures. The concept of Z-completeness for a network N is defined in the existence of a tensor decomposition ...

This talk continues a previous discussion of solving more complex problems in every major branch of mathematics using Wolfram Language, including how Wolfram Languae can help with understanding the fundamentals and applying generalizations with very limited amounts of code based on built-in functions and the community-driven Wolfram Function Repository. Mathematica users can easily go beyond the problem itself ...

This talk demonstrates how Mathematica establishes the existence of an unexpected phenomenon in a dataset; combines this dataset with a different one; explores alternative ways that 5-member coalitions may form ...

This talk presents a model of cellular automata that includes the ability to examine genetics and a particular gene's effect on a rule or set of rules.