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  1. Realization of constructive set theory into explicit mathematics: a lower bound for impredicative Mahlo universe.Sergei Tupailo - 2003 - Annals of Pure and Applied Logic 120 (1-3):165-196.
    We define a realizability interpretation of Aczel's Constructive Set Theory CZF into Explicit Mathematics. The final results are that CZF extended by Mahlo principles is realizable in corresponding extensions of T 0 , thus providing relative lower bounds for the proof-theoretic strength of the latter.
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  • A new model construction by making a detour via intuitionistic theories II: Interpretability lower bound of Feferman's explicit mathematics T 0.Kentaro Sato - 2015 - Annals of Pure and Applied Logic 166 (7-8):800-835.
  • The proof-theoretic analysis of Σ11 transfinite dependent choice.Christian Rüede - 2003 - Annals of Pure and Applied Logic 122 (1-3):195-234.
    This article provides an ordinal analysis of Σ11 transfinite dependent choice.
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  • On the relationship between fixed points and iteration in admissible set theory without foundation.Dieter Probst - 2005 - Archive for Mathematical Logic 44 (5):561-580.
    In this article we show how to use the result in Jäger and Probst [7] to adapt the technique of pseudo-hierarchies and its use in Avigad [1] to subsystems of set theory without foundation. We prove that the theory KPi0 of admissible sets without foundation, extended by the principle (Σ-FP), asserting the existence of fixed points of monotone Σ operators, has the same proof-theoretic ordinal as KPi0 extended by the principle (Σ-TR), that allows to iterate Σ operations along ordinals. By (...)
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  • Reflections on reflections in explicit mathematics.Gerhard Jäger & Thomas Strahm - 2005 - Annals of Pure and Applied Logic 136 (1-2):116-133.
    We give a broad discussion of reflection principles in explicit mathematics, thereby addressing various kinds of universe existence principles. The proof-theoretic strength of the relevant systems of explicit mathematics is couched in terms of suitable extensions of Kripke–Platek set theory.
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