Loterre: Mathematics: systolic geometry

geometry > differential geometry > systolic geometry

mathematical analysis > functional analysis > geometry of numbers > systolic geometry

number > number theory > geometry of numbers > systolic geometry

geometry > discrete geometry > geometry of numbers > systolic geometry

number > real number > Diophantine approximation > geometry of numbers > systolic geometry

geometry > topological space > metric space > systolic geometry

systolic geometry

In mathematics, systolic geometry is the study of systolic invariants of manifolds and polyhedra, as initially conceived by Charles Loewner and developed by Mikhail Gromov, Michael Freedman, Peter Sarnak, Mikhail Katz, Larry Guth, and others, in its arithmetical, ergodic, and topological manifestations. See also a slower-paced Introduction to systolic geometry.
(Wikipedia, The Free Encyclopedia, https://en.wikipedia.org/wiki/Systolic_geometry)

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