Defines FHP theories via the Fractional Helly Property as a new subclass of low NTP2 theories, provides algebraic examples, and derives partial results on forking combinatorics and two-cardinal counting functions.
Definable convolution and idempotent K eisler measures III
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Strongly n-distal NIP theories admit a hypergraph regularity lemma, compact domination for definable fsg groups, and the n-distality hierarchy is strict among stable theories; infinite such fields have characteristic zero.
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Fractional Helly property and combinatorics of forking in NTP$_2$ theories
Defines FHP theories via the Fractional Helly Property as a new subclass of low NTP2 theories, provides algebraic examples, and derives partial results on forking combinatorics and two-cardinal counting functions.
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On n-distality, n-triviality and hypergraph regularity in NIP theories
Strongly n-distal NIP theories admit a hypergraph regularity lemma, compact domination for definable fsg groups, and the n-distality hierarchy is strict among stable theories; infinite such fields have characteristic zero.