An almost linear time algorithm testing whether the Markoff graph modulo $p$ is connected
Colby Brown (UC Davis)
07-Oct-2024, 20:00-21:00 (14 months ago)
Abstract: The Markoff graph modulo p is known to be connected for all but finitely many primes p (see Eddy, Fuchs, Litman, Martin, Tripeny, and Vanyo [arXiv:2308.07579]), and it is conjectured that these graphs are connected for all primes. In this talk, we outline an algorithmic realization of the process introduced by Bourgain, Gamburd, and Sarnak [arXiv:1607.01530] to test whether the Markoff graph modulo p is connected for arbitrary primes. Our algorithm runs in o(p1+ϵ) time for every ϵ>0. Our algorithm confirms that the Markoff graph modulo p is connected for all primes less than one million.
number theory
Audience: researchers in the discipline
( paper )
Boston University Number Theory Seminar
| Organizers: | Jennifer Balakrishnan*, Alexander Bertoloni Meli*, David Rohrlich, Padmavathi Srinivasan*, Glenn Stevens, Jared Weinstein |
| *contact for this listing |
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