Implicit Proofs

Journal of Symbolic Logic 69 (2):387 - 397 (2004)
We describe a general method how to construct from a propositional proof system P a possibly much stronger proof system iP. The system iP operates with exponentially long P-proofs described "implicitly" by polynomial size circuits. As an example we prove that proof system iEF, implicit EF, corresponds to bounded arithmetic theory $V_{2}^{1}$ and hence, in particular, polynomially simulates the quantified propositional calculus G and the $\pi_{1}^{b}-consequences$ of $S_{2}^{1}$ proved with one use of exponentiation. Furthermore, the soundness of iEF is not provable in $S_{2}^{1}$ . An iteration of the construction yields a proof system corresponding to $T_{2} + Exp$ and, in principle, to much stronger theories
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DOI 10.2178/jsl/1082418532
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References found in this work BETA
Jan Krajíček & Pavel Pudlák (1990). Quantified Propositional Calculi and Fragments of Bounded Arithmetic. Zeitschrift fur mathematische Logik und Grundlagen der Mathematik 36 (1):29-46.

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