Mathematica reinvents itself in version 6
May 6, 2007 Mathematica was released in 1988 and immediately had a profound effect on the way computers were used in technical fields. The concept of a single system that could handle all the aspects of technical computing in a coherent and unified way was revolutionary and was enabled by a new kind of symbolic computer language that could manipulate the wide range of objects needed to achieve the generality required for technical computing, using only a small number of basic primitives. The just announced release of the US$2495 Mathematica 6 is more than just a significant upgrade and in many respects it is a completely new product, promising to once again transform how computation is done, and more significantly, how it is taught. Mathematica 6 takes technical computing to a new level: more tightly bound, more natural, and more automated, applicable to a far wider range of areas than ever before. Central to this achievement is "instant interactivity"--taking models, simulations, computations, or just about any concepts and turning them into fully interactive applications, sometimes within seconds. This new way of working drastically improves innovation--the process of transforming ideas into highly optimized results. Don’t believe us? Check this and this out! Caution - this will take you HOURS!!!!
"In 1988, Mathematica transformed scientific computing from something you hire a programmer to do into something you can just do yourself. In 2007, we are doing the same for live interactive interface creation," said Theodore Gray, director of user interface technology. "No other system comes close to providing this kind of nimble, fluid environment for creating dynamic interactive interfaces, which, because of the underlying power of Mathematica, often turn out to have astonishing depth and variety."
It's not just for instant development that Mathematica 6 is newly optimized. The integrated development environment (IDE), allied to Mathematica's advanced programming language and world-leading computational capabilities, makes it ideal for the opposite end of the spectrum--infrastructure development--and everything in between.
"It's a unique facet of Mathematica 6 that it's so appropriate at all scales: from one-off mini-applications through large-scale infrastructure projects," said Tom Wickham-Jones, director of kernel technology. "Whenever you think of doing technical development, think of Mathematica 6."
"These days, the main hurdle to using Mathematica in technical work is thinking of using it--its scope is wider than almost anyone imagines," added Conrad Wolfram, director of strategic and international development.
Nearly a thousand new computational and interface features enhance Mathematica 6's revolutionary new approach. Several of these would individually classify Version 6 as a major release, and some broaden Mathematica to encompass the capabilities of whole competing products.
Key new features include:
- * Dynamic interactivity, allowing sophisticated interactive interfaces to be created from single lines of input
* High-impact adaptive visualization for the automated creation of high-fidelity function and data graphics
* Language for data integration, including automatic integration of hundreds of standard data formats
* Load-on-demand curated data for math, physics, chemistry, finance, geography, linguistics, and more
* Symbolic interface construction for the immediate creation of arbitrary interfaces from simple programs
* Automated computational aesthetics, with algorithmic optimization for visual presentation
* Unification of active graphics and controls into flowing text and input
Mathematica 6 also introduces hundreds of other capabilities and enhancements for:
- * Integrated geometric computing
* Fully automated graph layout
* Combinatorial optimization
* Constrained nonlinear optimization
* New-generation numerical integration
* New classes of special functions
* Extended number theory support
* Equational theorem proving
* Exploratory data analysis
* Symbolic statistical computing
* High-level string computation
* Extended array operations
* Symbolic sound support
* Dynamic graphical input
* Integrated graphics editing and drawing
* Real-time 3D graphics
* Built-in gamepad and HID support
* 3D printing and scanning support
* Instant multimedia programming
* Streamlined presentation
* Automated table layout
* Symbolic report generation
* Real-time code annotation
* Instant high-level debugging
* Extensive in-product and web-based documentation
"We've built the highest base of functionality consistently across all technical areas--quite a different concept than our competitors'," said Roger Germundsson, director of research and development. "They make spikes of specialist functionality which might work if your needs sit on a spike, but miss completely if you have to do something just a little different, new, or innovative."
"We thought about renaming Mathematica altogether," said Stephen Wolfram. "It's that new. But we decided instead to highlight the ongoing importance of its original symbolic architecture by just calling it Mathematica 6."
Mathematica 6 is available for Windows NT/2000/XP/Vista, Mac OS X, Linux x86/Itanium, Solaris UltraSPARC/x86, HP-UX, IBM AIX, and compatible systems. The suggested commercial price is US$2495 in the United States and Canada and includes one year of Premier Service. International prices may vary. Academic and volume discounts are available. Existing Premier Service customers are eligible for a complimentary upgrade.