The cell tray widget interface allows developers to produce high-quality cell-level user interface tools that are managed by the front end. Widgets are organized into "trays" placed near the cell ...

Differential equations are solved to the task of graphing the change in concentration of the prostate-specific antigen in prostate cancer patients. Note: Most equations are original to the writings of ...

Implemented in top-level Wolfram Language code, the new notebook toolbar used existing features of the desktop front end to produce an interface with unique structure and function. In this talk ...

In this presentation, we introduce ParetoGP, a tool that simplifies multiomics data analysis using evolutionary search to find simple algebraic models with few inputs. We demonstrate its capabilities using real-world ...

The Cambodia Ministry of Education invited students in grades 4–12 to participate in Cambodia Wolfram Student Stars! In addition to Wolfram computational thinking activities, we supported student STEM projects with System ...

This talk will present some new features and updates of Mathematica's 2D and 3D Graphics language, including DropShadowing, Blur, improved support of AbsoluteOptions, 3D Camera dolly and look-around interaction, and ...

Focusing on traditional origami but approaching it with mathematical formalism rather than artistic values, we realize origami in a virtual space by using Mathematica's leading-edge symbolic, numeric and graphics computation ...

See how Wolfram Notebooks are not just a great working environment—but can be used to publish work, collaborate with colleagues or get grades and feedback from your teacher.

Focusing on traditional origami but approaching it with mathematical formalism rather than artistic values, we realize origami in a virtual space by using Mathematica's leading-edge symbolic, numeric and graphics computation ...

We present a method for automatically generating new geometry theorems using angle chasing techniques. Our method transforms rank-deficient matrices to incorporate line angles and bisectors, and outputs the theorems in ...

Working with arrays is fundamental to efficient use of Wolfram Language and appears in almost any computation. The basic representation for an array is a nested list, but there are ...


This talk will give an overview of the various optimization functions that can be used to solve a wide variety of convex, nonconvex and multidomain problems. The Wolfram optimization functionality will be demonstrated using a diverse set of examples. Visiting this talk ...


Uncertainty is a major component of subjective logic beliefs. We discuss the cloud of uncertainty across Markov networks, insights from computational irreducibility, and negative quantum quasiprobabilities and beliefs.


This talk will discuss the global optimization functionality in Wolfram Language. It builds upon the convex and convertible to convex optimization functionality developed previously and extends to functionality for solving ...

In this presentation, we discuss the completion of computational templates with parameters that are extracted from text specifications using a question answering system. We outline the general method and demonstrate ...

Dataset has become a widely used tool to process and manipulate data in the Wolfram Language, but its scope has been limited to the data stored in kernel's memory. In ...

In this talk, we will cover the usage of the NDSolve family of functions and the finite element method. The aim is to enable attendees to set up partial differential ...

Polaris-M was written in Mathematica as the first tool for analyzing interactions within optical systems by using real-world data and scientifically proven modeling. This presentation examines functions and displays written ...