Andere Kunden interessierten sich auch für
![Erd's Straus Conjecture]( "Erd's Straus Conjecture")
Erd's Straus Conjecture23,99 €![Catalan's Conjecture]( "Catalan's Conjecture")
Catalan's Conjecture23,99 €![Markus Yamabe Conjecture]( "Markus Yamabe Conjecture")
Markus Yamabe Conjecture23,99 €![Bogomolov Conjecture]( "Bogomolov Conjecture")
Bogomolov Conjecture20,99 €![Kato's Conjecture]( "Kato's Conjecture")
Kato's Conjecture23,99 €![Introduction to the Baum-Connes Conjecture]( "Introduction to the Baum-Connes Conjecture")
Introduction to the Baum-Connes Conjecture41,99 €![Stanley Conjecture and Regularity on Monomial Ideals]( "Stanley Conjecture and Regularity on Monomial Ideals")
Stanley Conjecture and Regularity on Monomial Ideals33,99 €
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. In number theory, and especially the study of diophantine approximation, the lonely runner conjecture is a conjecture originally due to J. M. Wills in 1967. Applications of the conjecture are widespread in mathematics; they include view obstruction problems and calculating the chromatic number of distance graphs and circulant graphs. The conjecture was given its picturesque name by L. Goddyn in 1998.Consider k + 1 runners on a circular track of unit length. At t = 0, all runners are at the same position and start to run; the runners'' speeds are pairwise distinct. A runner is said to be lonely if she is at distance of at least 1/(k + 1) from each other runner. The lonely runner conjecture states that every runner gets lonely at some time.