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Arithmeticity of Lattices and Totally Geodesic Submanifolds [1]

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Polynomial configurations in sets of positive density over local fields [2]

  • Read more about Polynomial configurations in sets of positive density over local fields [2]

Newton’s method as an interesting dynamical system and as an unexpectedly efficient root finder [3]

  • Read more about Newton’s method as an interesting dynamical system and as an unexpectedly efficient root finder [3]

Stationary C*-Dynamical Systems [4]

  • Read more about Stationary C*-Dynamical Systems [4]

Local to global principle in circle packings [5]

  • Read more about Local to global principle in circle packings [5]

Pair correlation in Apollonian gaskets [6]

  • Read more about Pair correlation in Apollonian gaskets [6]

Shrinking targets on homogeneous spaces and improving Dirichlet's Theorem [7]

  • Read more about Shrinking targets on homogeneous spaces and improving Dirichlet's Theorem [7]

Flexibility of some dynamical and geometrical data [8]

  • Read more about Flexibility of some dynamical and geometrical data [8]

Conformally autosimilar fractal sets [9]

  • Read more about Conformally autosimilar fractal sets [9]

Divergent trajectories in arithmetic homogeneous spaces of rational rank two [10]

  • Read more about Divergent trajectories in arithmetic homogeneous spaces of rational rank two [10]
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[1] https://calendar.math.yale.edu/event/arithmeticity-lattices-and-totally-geodesic-submanifolds [2] https://calendar.math.yale.edu/event/polynomial-configurations-sets-positive-density-over-local-fields [3] https://calendar.math.yale.edu/event/newtons-method-interesting-dynamical-system-and-unexpectedly-efficient-root-finder [4] https://calendar.math.yale.edu/event/stationary-c-dynamical-systems [5] https://calendar.math.yale.edu/event/local-global-principle-circle-packings [6] https://calendar.math.yale.edu/event/pair-correlation-apollonian-gaskets-0 [7] https://calendar.math.yale.edu/event/shrinking-targets-homogeneous-spaces-and-improving-dirichlets-theorem [8] https://calendar.math.yale.edu/event/flexibility-some-dynamical-and-geometrical-data-0 [9] https://calendar.math.yale.edu/event/conformally-autosimilar-fractal-sets [10] https://calendar.math.yale.edu/event/divergent-trajectories-arithmetic-homogeneous-spaces-rational-rank-two [11] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics [12] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=8 [13] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=5 [14] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=6 [15] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=7 [16] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=10 [17] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=11 [18] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=12 [19] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=13 [20] https://calendar.math.yale.edu/seminars/group-actions-and-dynamics?page=30