Author | Guy, Richard K. author |
---|---|

Title | Unsolved Problems in Number Theory [electronic resource] / by Richard K. Guy |

Imprint | New York, NY : Springer New York : Imprint: Springer, 1981 |

Connect to | http://dx.doi.org/10.1007/978-1-4757-1738-9 |

Descript | XVIII, 161 p. 9 illus. online resource |

SUMMARY

To many laymen, mathematicians appear to be problem solvers, people who do "hard sums". Even inside the profession we dassify ourselves as either theorists or problem solvers. Mathematics is kept alive, much more than by the activities of either dass, by the appearance of a succession of unsolved problems, both from within mathematics-itself and from the inยญ creasing number of disciplines where it is applied. Mathematics often owes more to those who ask questions than to those who answer them. The soluยญ tion of a problem may stifte interest in the area around it. But "Fermat's Last Theorem", because it is not yet a theorem, has generated a great deal of "good" mathematics, whether goodness is judged by beauty, by depth or byapplicability. To pose good unsolved problems is a difficult art. The balance between triviality and hopeless unsolvability is delicate. There are many simply stated problems which experts tell us are unlikely to be solved in the next generation. But we have seen the Four Color Conjecture settled, even ifwe don't live long enough to leam the status of the Riemann and Goldbach hypotheses, of twin primes or Mersenne primes, or of odd perfeet numbers. On the other hand, "unsolved" problems may not be unsolved at all, or may be much more tractable than was at first thought

CONTENT

A. Prime Numbers -- B. Divisibility -- C. Additive Number Theory -- D. Some Diophantine Equations -- E. Sequences of Integers -- F. None of the Above -- Index of Authors Cited -- General Index

Mathematics
Number theory
Discrete mathematics
Mathematics
Number Theory
Discrete Mathematics