A prime geodesic is a primitive closed geodesic in a hyperbolic manifold.
Prime geodesics in hyperbolic geometry are in several ways analogous to prime numbers and prime ideals in arithmetic geometry.
Notably they appear in the Selberg zeta function (see there) in the same way as prime ideals appear in the Artin L-function, and moreover their asymptotics is controled in an analogous way by this function via the prime geodesic theorem as that of prime numbers is by the prime number theorem and the Riemann zeta function.
A table of analogies is in (Brown 09, p. 9). Some are also mentioned in Wikipedia, prime geodesic â€“ Number theory.
The prime geodesic theorem (e.g. Soundararajan-Young 13) describes the asymptotic distribution of prime geodesics in analogy to the prime number theorem.
The Selberg zeta function of a hyperbolic manifold is an infinite product over prime geodesics.
Wikipedia, Prime geodesic
Darin Brown, Lifting properties of prime geodesics, Rocky Mountain J. Math. Volume 39, Number 2 (2009), 437-454 (euclid)
On the prime geodesic theorem (see there for more):
K. Soundararajan, Matthew P. Young, The Prime Geodesic Theorem, J. Reine Angew. Math. 676 (2013), 105-120 (arXiv:1011.5486)
Maki Nakasuji, Prime Geodesic Theorem for Higher-Dimensional Hyperbolic Manifold, Transactions of the AMS, Vol. 358, No. 8
Last revised on January 26, 2021 at 00:42:08. See the history of this page for a list of all contributions to it.