SIGGRAPH is one of the most prestigious conferences around for computer graphics professionals. SIGGRAPH 2010 is in Los Angeles, California on July 25–29. We will be there, and if you will be, we hope you'll come visit us. Mathematica has a long history at SIGGRAPH, starting with the Version 1.0 display at the Apple Computer booth in 1988. At past SIGGRAPH conferences, we've showcased many things, including Mathematica features and graphics capabilities. Here’s a short video we played in the background at SIGGRAPH 2009:

As a scientist and a technology CEO, Stephen Wolfram often thinks about the future---both near-term and long-term. On June 12 he gave an unusual keynote talk at the 2010 H+ Summit @ Harvard, titled "Computation and the Future of the Human Condition". Check out the transcript to find Stephen's latest thoughts on our future...

Today (June 23, 2010) would have been Alan Turing's 98th birthday---if he had not died in 1954, at the age of 41. I never met Alan Turing; he died five years before I was born. But somehow I feel I know him well---not least because many of my own intellectual interests have had an almost eerie parallel with his. And by a strange coincidence, Mathematica's "birthday" (June 23, 1988) is aligned with Turing's---so that today is also the celebration of Mathematica's 22nd birthday. I think I first heard about Alan Turing when I was about eleven years old, right around the time I saw my first computer. Through a friend of my parents, I had gotten to know a rather eccentric old classics professor, who, knowing my interest in science, mentioned to me this "bright young chap named Turing" whom he had known during the Second World War. One of the classics professor's eccentricities was that whenever the word "ultra" came up in a Latin text, he would repeat it over and over again, and make comments about remembering it. At the time, I didn't think much of it---though I did remember it. Only years later did I realize that "Ultra" was the codename for the British cryptanalysis effort at Bletchley Park during the war. In a very British way, the classics professor wanted to tell me something about it, without breaking any secrets. And presumably it was at Bletchley Park that he had met Alan Turing. A few years later, I heard scattered mentions of Alan Turing in various British academic circles. I heard that he had done mysterious but important work in breaking German codes during the war. And I heard it claimed that after the war, he had been killed by British Intelligence. At the time, at least some of the British wartime cryptography effort was still secret, including Turing's role in it. I wondered why. So I asked around, and started hearing that perhaps Turing had invented codes that were still being used. I'm not sure where I next encountered Alan Turing. Probably it was when I decided to learn all I could about computer science---and saw all sorts of mentions of "Turing machines”. But I have a distinct memory from around 1979 of going to the library, and finding a little book about Alan Turing written by his mother, Sara Turing. And gradually I built up quite a picture of Alan Turing and his work. And over the 30 years that have followed, I have kept on running into Alan Turing, often in unexpected places.

Let Wolfram technologies—present and future—be part of your long-term software solution. Get opportunities to learn from Mathematica experts. Gain hands-on experience that will enhance and expand how you use Wolfram|Alpha. You can do all of this and more at the Wolfram Technology Conference 2010, being held the second week of October in Champaign, Illinois, USA.

In Winning Ways for Your Mathematical Plays, noted mathematicians Elwyn Berlekamp, John Conway, and Richard Guy have this dedication: "To Martin Gardner, who has brought more mathematics to more millions than anyone else." Martin Gardner passed away on May 22, 2010, and I talk about my own introduction to his work at the Wolfram|Alpha Blog. On May 21, I was asked for the best book about math for a young adult. I suggested Martin Gardner's Mathematical Games (CD-ROM), which contains his 15-book canon. In my opinion, it's still the best book series for sparking an interest in mathematics. In a way, Wolfram Research has been trying to beat Martin in the noble goal of bringing math and science to the millions. We've partnered with CBS/Paramount for the NUMB3RS TV show, our CEO Stephen Wolfram wrote A New Kind of Science, co-founder Theodore Gray made what I think is the best periodic table in the world, and we built MathWorld, the most comprehensive math encyclopedia on the web.

When we released Version 6 in May 2007, Mathematica was reinvented. We also reinvented something else that Mathematica has long been known for: its extensive and detailed product documentation. While some of you appreciated the recrafting of our tutorial content as stand-alone electronic documents, others missed the narrative of the book, and you let us know it. Which is a good thing, because it led to the creation of the Wolfram Mathematica Tutorial Collection.

The teams behind Mathematica and Wolfram|Alpha would like to invite you to the Royal Institution of Great Britain in London, United Kingdom on June 9, 2010 for the London Computational Knowledge Summit.

We use this blog as a vehicle to highlight many of our big ideas and discoveries. Today we're pleased to share with you Stephen Wolfram's talk from the 2010 TED Conference in Long Beach, California, where he talked about the tools and methods he's spent the last 30 years developing in his quest to explore computational knowledge. TED, an organization devoted to bringing together the technology, entertainment, and design industries' most innovative thinkers to present "Ideas Worth Sharing", recently shared Stephen's ideas with the world as a "TED Talk of the Day". In the signature 18-minute video, Stephen discusses how his lifelong scientific pursuits led to the development of Mathematica, A New Kind of Science, and the computational knowledge engine Wolfram|Alpha. He continues, asking new questions and proposing a fourth project---discovering our physical universe through our computational universe. "Will we find the whole of physics? I don't know for sure. But I think at this point it's sort of almost embarrassing not to at least try." ---Stephen Wolfram Click to view the transcript and slides from Stephen's talk.