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  1.  62
    Register machine proof of the theorem on exponential diophantine representation of enumerable sets.J. P. Jones & Y. V. Matijasevič - 1984 - Journal of Symbolic Logic 49 (3):818-829.
  2.  30
    Classification of Quantifier Prefixes Over Exponential Diophantine Equations.J. P. Jones, H. Levitz & A. J. Wilkie - 1986 - Mathematical Logic Quarterly 32 (25-30):399-406.
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  3.  21
    Classification of Quantifier Prefixes Over Diophantine Equations.Some Diophantine Forms of Godel's Theorem.Universal Diophantine Equation.Exponential Diophantine Representation of Recursively Enumerable Sets.Register Machine Proof of the Theorem on Exponential Diophantine Representation of Enumerable Sets.James P. Jones, Verena H. Dyson, John C. Shepherdson & J. P. Jones - 1986 - Journal of Symbolic Logic 51 (2):477-479.
  4.  10
    Effectively retractable theories and degrees of undecidability.J. P. Jones - 1969 - Journal of Symbolic Logic 34 (4):597-604.
    In this paper a new property of theories, called effective retractability is introduced and used to obtain a characterization for the degrees of subtheories of arithmetic and set theory. By theory we understand theory in standard formalization as defined by Tarski [10]. The word degree refers to the Kleene-Post notion of degree of recursive unsolvability [2]. By the degree of a theory we mean, of course, the degree associated with its decision problem via Gödel numbering.
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