Mar 19, 2009
The NCAA men's basketball "March Madness" tournament may have just tipped off, but one academic is already thinking about the later rounds. Once the "Elite Eight" teams emerge, says Sheldon Jacobson, a professor of computer science and the director of the simulation and optimization laboratory at the University of Illinois at Urbana-Champaign, throw out a team's initial seeding—it's no better than flipping a coin to figure out their chances of winning.
For a study in the Journal of Gambling Business and Economics, Jacobson was trying to figure out whether the top three teams' seeding in each bracket at the beginning of the tournament is a good predictor of how far they will go in the tournament. Jacobson analyzed data from NCAA tournaments dating back to 1985, which ended with a classic game that saw Ed Pickney's Villanova Wildcats beat the heavily favored, Patrick Ewing-led Georgetown Hoyas.
Aug 11, 2008 | 1
Score one for athletes over sportswriters: Basketball players are nearly twice as good as sportswriters at predicting whether a shot will go in the basket.
According to new research appearing in Nature Neuroscience, 'ballers can imagine the shooting motion of another player to predict whether a basketball shot is headed for nothing but net or will brick off the rim. The key to their trick: the muscles that control the pinky finger.
Sportswriters’ pinky fingers, it seems, are too busy hitting “return” and punctuating.
Researchers at Rome's Sapienza University showed footage of a man shooting free throws to 10 players from Italy's professional basketball league, five coaches, five sports journalists and 10 college students, who do not play the game. Their task: Predict whether the shooter's next shot will go in.
Deadline: Jul 30 2013
Reward: $100,000 USD
The Seeker desires a method for producing pseudoephedrine products in such a way that it will be extremely difficult for clandestine che
Deadline: Aug 31 2013
Reward: $100,000 USD
The Geoffrey Beene Foundation Alzheimer’s Initiative (GBFAI) is launching the 2013 Geoffrey Beene Global NeuroDiscovery Challenge whose
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