updated 08/08/1994 AT 01:00 AM EDT
•originally published 08/08/1994 AT 01:00 AM EDT
Even eccentrically shod, the six members of the U.S. team, competing in the prestigious nine-hour International Mathematical Olympiad in Hong Kong last month, did what the U.S. soccer team failed to do in the World Cup. They beat the world's best, including the highly favored Chinese and Russians, and made history with a perfect score, the first in the 35-year history of the games. "We suspected we had won long before we knew for sure," says team member Jeremy Bem, 17, of Ithaca, N.Y., "because scores were coming out bit by bit. When we knew we had it, we had a big group hug, jumped up and down and sang a lot."
What Bem and his teammates—Aleksandr Khazanov, 15, of New York City; Jacob Lurie, 16, of Bethesda, Md.; Jonathan Weinstein, 17, of Lexington, Mass., along with Wang and Shazeer, 18—accomplished was the equivalent of pulling six perfect 10s. And they aced six doozies such as this one: "Show that there exists a set A of positive integers with the following property: For any infinite set S of primes there exist two positive integers m in A and n not in A, each of which is a product of K distinct elements of S for some k greater than one." That problem was the one that poleaxed the Chinese team, with three of its members whiffing completely.
The six Americans, culled from the more than 350,000 high school students who took the American School Mathematics Examination last February, had spent four math-saturated weeks in training at the U.S. Naval Academy. "I've loved math for as long as I can remember," says Bem, whose parents are psychology professors at Cornell University, which he will attend this fall. "I think that I'll probably end up as a math professor."
In those other Olympics, that is called turning pro.