Together with Copeland, this man gives his name to a normal number obtained by concatenating the primes, while the Diophantine equation "sum from j equals one to m minus one of j to the n equals m to the n" is named for him and Moser. He named and derived a lower bound for the happy end problem, and with Selberg he demonstrated a number-theoretic proof of the prime number theorem. In 1958, he linked graph theory with Ramsey theory and combinatorics. He referred to beautiful theorems as coming "straight from the Book." FTP, identify this prolifi
Together with Copeland, this man gives his name to a normal number obtained by concatenating the primes, while the Diophantine equation "sum from j equals one to m minus one of j to the n equals m to the n" is named for him and Moser. He named and derived a lower bound for the happy end problem, and with Selberg he demonstrated a number-theoretic proof of the prime number theorem. In 1958, he linked graph theory with Ramsey theory and combinatorics. He referred to beautiful theorems as coming "straight from the Book." FTP, identify this prolific Hungarian-born mathematician, whose namesake number gives the collaborative "distance" from another mathematician to him.
Together with Copeland, this man gives his name to a normal number obtained by concatenating the primes, while the Diophantine equation "sum from j equals one to m minus one of j to the n equals m to the n" is named for him and Moser.
Paul (or Pal) Erd?s