1/26/2011 – It is the most prestigious award in Japan, often referred to as the "Asian Nobel Prize". It is given for outstanding achievements in science and technology, and is worth $600,000. This year it goes to two American scientists who forty years ago created the Unix operating system and the computer language C. One of them is also a computer chess pioneer who visited the London Chess Classic.
new: Fritz 20
Your personal chess trainer. Your toughest opponent. Your strongest ally. FRITZ 20 is more than just a chess engine – it is a training revolution for ambitious players and professionals. Whether you are taking your first steps into the world of serious chess training, or already playing at tournament level, FRITZ 20 will help you train more efficiently, intelligently and individually than ever before.
Winning starts with what you know The new version 18 offers completely new possibilities for chess training and analysis: playing style analysis, search for strategic themes, access to 6 billion Lichess games, player preparation by matching Lichess games, download Chess.com games with built-in API, built-in cloud engine and much more.
When Ken Thompson and Dennis Ritchie began creating the Unix operating system in 1969, they did not envision that their work would become a backbone of the computer revolution that has transformed the world. The two Bell Labs computer scientists – named today as winners of the 2011 Japan Prize for information and communications – just wanted to build a better operating system. "I did it as a backlash against the bad operating systems of the day," said Thompson, 67. "We were just trying to get something better to get our own work done."
Thompson, now living in San Jose and doing work as a "distinguished engineer" for Mountain View's Google Inc., and Ritchie, 69, now a computer consultant, were named by the Japan Prize Foundation to commemorate their work four decades ago at the old Bell Laboratories, now owned by Alcatel-Lucent in New Jersey. Unix, developed in conjunction with the programming language C, "has significantly advanced computer software, hardware and networks over the past four decades and facilitated the realization of the Internet," the foundation said in a news release.
The pair will split a $600,000 prize awarded by the foundation, which began in 1982 to honor those whose work "aims to promote the advancement of science and technology for the peace and prosperity of mankind." Ten Japan Prize winners have also won Nobel Prizes.
The Japan Prize is awarded to people from all parts of the world whose "original and outstanding achievements in science and technology are recognized as having advanced the frontiers of knowledge and served the cause of peace and prosperity for mankind." The Prize is in principle given for work done in any field of science and technology, but each year two particular fields are designated based on trends within these areas and other considerations. Laureates receive a "Japan Prize" certificate of merit, a prize medal, and a cash award of 50 million yen for each field. Only living individuals may be nominated for the prize.
To give you an impression here is last year's Japan Prize ceremony – which is attended by the Japanese Emperor, his wife and the entire Japanese government. The 2011 Prize to Thompson and Ritchie will be awarded in April.
Ken Thompson is famous for Unix and C, but is also considered a computer chess pioneer. In 1979 Ken and a colleague at the Bell Laboratories decided to build a special purpose machine to play chess, using many hundreds of chips, worth about 20,000 dollars.
"Belle" was able to search at about 180,000 positions per second (the super-computers at the time were doing 5,000 positions) and go down eight to nine ply in tournament games, which enabled it to play in the master category. It won the world computer chess championship and all other computer tournaments from 1980 to 1983, until it was superseded by giant Cray X-MPs costing a thousand times more.
Chess computers and endgames: Ken Thompson with Garry Kasparov
Ken is also one of the pioneers of endgame databases. In the 80s he began to generate and store all legal endgame positions with four and five pieces on the board. A typical five-piece ending, like king and two bishops vs king and knight, contains 121 million positions. With a pawn, which is asymmetric in its movements, the number rises to 335 million. Thompson wrote programs that generated all legal positions and worked out every forcing line that is possible in each endgame. He also compressed the resulting data in a way that allowed one to store about 20 endgames on a standard CD-ROM.
Ken at the London Chess Classic
One of the guests of honour at the 2011 London Chess Classic was Ken Thompson, who remains a keen chess enthusiast and is well known to many of the world's top grandmasters. There are many stories to be told about his visit to London in December – at least one involves chess and astronomy – but we will leave that for later. Here are some pictorial impressions.
A conjunction of pure brain power: world class economist and chess grandmaster Ken Rogoff,
GM and author John Nunn, computer and computer chess pioneer Ken Thompson
A post-game coffee shop encounter: Prof Vinayak Dravid of Northwestern University,
Vishy Anand, World Chess Champion and Ken Thompson, a good friend of Anand
Operating remote telescopes with Anand, Luke McShane (right) and astronomer
Christian Sasse, who runs the Global Rent-a-Scope (GRAS) site
A private dinner given by the Chess Classic sponsor Peter Davies for Anand, Davies, Natasha Rogoff,
Ken, tournament organiser Malcolm Pein. The empty chairs belong to Frederic Friedel and Ken Rogoff...
Ken, a four-pen geek, in conversation with Natasha Lance Rogoff, an independent film maker who graduated from the University of California at Berkeley and received a master's degree in international affairs from Columbia University. Most impressively Natasha is responsible for the production of 182 original Sesame Street episodes in Russian.
Ken with French journalist Marie Laure Germon, who is married to Vladimir Kramnik
A great scientist and a great friend: congratulations Ken
How much opening prep is really necessary - especially in blitz and rapid games? The idea of a “lazy” but smart repertoire: minimal theory, rich ideas, and easy-to-remember structures.
Whether you‘re a beginner looking for a clear roadmap or an advanced player ready to refine your strategic edge, this comprehensive course will transform the way you think about chess.
Biel Chess Festival 2025 with analyses by Aravindh, Navara, Wojtaszek et al. Opening videos by Blohberger, Engel and Sokolov. Training columns ‘The fortress’, ‘Opening traps , ‘Fundamental Endgame Knowledge’ and much more
If you are looking for a practical, easy-to-learn system to sidestep the main lines and catch your opponent off guard, the Two Knights Variation is your perfect weapon against the French!
In this 60-minute course, IM Andrew Martin introduces you to a flexible and refreshingly simple opening setup - that Grandmaster Hikaru Nakamura has used to rack up numerous impressive wins.
€9.90
We use cookies and comparable technologies to provide certain functions, to improve the user experience and to offer interest-oriented content. Depending on their intended use, analysis cookies and marketing cookies may be used in addition to technically required cookies. Here you can make detailed settings or revoke your consent (if necessary partially) with effect for the future. Further information can be found in our data protection declaration.
Pop-up for detailed settings
We use cookies and comparable technologies to provide certain functions, to improve the user experience and to offer interest-oriented content. Depending on their intended use, cookies may be used in addition to technically required cookies, analysis cookies and marketing cookies. You can decide which cookies to use by selecting the appropriate options below. Please note that your selection may affect the functionality of the service. Further information can be found in our privacy policy.
Technically required cookies
Technically required cookies: so that you can navigate and use the basic functions and store preferences.
Analysis Cookies
To help us determine how visitors interact with our website to improve the user experience.
Marketing-Cookies
To help us offer and evaluate relevant content and interesting and appropriate advertisement.