Mathematica 7


What Is Mathematica?

Mathematica is the world's most powerful global computing environment. With thousands of original algorithms and a tightly unified overall design, Mathematica spans projects of all sizes--from simple calculator operations and educational demonstrations to large-scale systems deployment and maximum-power supercomputing. Built on two decades of world-class algorithm and software development, Mathematica is relied on today by several million enthusiastic users around the world in engineering, mathematics, finance, physics, chemistry, biology, the arts, and a wide range of other fields. Key features include automated numeric and symbolic computation, high-impact adaptive visualization, instant dynamic interactivity, and a complete multiscale programming environment.

What is new in Mathematica 7

Following closely on the dramatic reinvention of Mathematica in 2007, Mathematica 7 continues the momentum of innovation to deliver an array of new capabilities, greatly extending the state of the art in many areas, and bringing a dozen major new application fields into the integrated framework of Mathematica.

Introducing Mathematica 7 (Screencast, 14:37)
Watch a brief overview of the new features in Version 7, including image processing, on-demand curated data, charting and information visualization.


For a full overview please visit the Wolfram Web Site.

Interesting links

Mathematica Learning Center
New in Mathematica 7
How Mathematica Compares to other Software
The Wolfram Demonstrations Project
Mathematica Documentation Center
Technology Guide
What is Mathematica?
Wolfram Information Center

Other Mathematica related products


webMathematica

webMathematica integrates Mathematica with Java. With webMathematica you can supply Mathematica applications via the internet or intranet to others!

webMathematica solves the problem of how to create and distribute solutions to technical computing problems quickly in today's networked environment. It lets you build, test, and deploy specialized web services for computation and visualization faster and at a lower cost than ever before.

The three most immediate technical advantages for your organization as a whole are:
  • Computational Ability
  • Server-Based Computation
  • Ease of Use

Use webMathematica Author, a free Mathematica add-on, to convert Mathematica notebooks to webMathematica.

Look here for webMathematica examples
Look here for more information on webMathematica

gridMathematica

gridMathematica implements many parallel programming primitives and includes high-level commands for parallel execution of matrix operations, plotting, and other functions. It comes with example applications of many popular new programming approaches such as parallel Monte Carlo simulation, visualization, searching, and optimization. The implementations for all high-level parallel processing commands are provided in Mathematica source form so they can also serve as templates for users to build their own parallel programs.

Look here for more information on gridMathematica

Mathematica Applications Library

Click here for a complete overview of all application packages

  • Wolfram Workbench
  • Control System Professional Suite
  • Advanced Numerical Methods
  • Digital Image Processing
  • Dynamic Visualizer
  • The Economics Pack
  • Experimental Data Analyst
  • Finance Essentials
  • Fuzzy Logic
  • Analog Insydes
  • Derivatives Expert
  • Geometrica
  • GeometricalGeodesy
  • Global Optimization
  • MathTensor
  • Rayica
  • Statistical Inference Package
  • Tensors in Physics
  • Mathematica Link for Excel
  • Mechanical Systems
  • Neural Networks
  • Structural Mechanics
  • Time Series
  • Wavelet Explorer
  • Industrial Thermics
  • KNITRO for Mathematica
  • LensLab
  • LinkageDesigner
  • machine learing framework
  • Mathcode C++
  • MathCode F90
  • Mathematica Link for LabVIEW
  • MathGL3d
  • MathModelica
  • MathOptimizer

Wolfram Workbench

Wolfram Workbench is an integrated development environment (IDE) for Wolfram products such as Mathematica, gridMathematica, and webMathematica.

Programmers who want to develop code written in the Mathematica language can use Workbench to:
  • Work with code in a specialized editor
  • Debug programs at the source level
  • Profile the code's execution
  • Develop and run tests
  • Work with Wolfram technologies
  • Build and deploy Mathematica packages
  • Code better in an integrated workgroup environment

More information on Wolfram Workbench on the Wolfram Reseach website
Download a free Wolfram Workbench if you have Premier Service