I develop some of the theory of self-referential systems. I present the necessary semantic ideas, and combine this with work in proof theory, on the necessary properties of a proof predicate, to develop practical theories for reasoning about such systems. I propose to use this to exploit the idea of a reflection principle as a systematic way to extend such self-referential theories safely. I also try to relate theoretical points to practical concerns
In mathematical logic there are two seemingly distinct kinds of principles called “reflection princi...
We consider an extension of first-order logic with a recursion operator that corresponds to allowing...
This paper describes the logical and philosophical background of an extension of logic programming w...
I develop some of the theory of self-referential systems. I present the necessary semantic ideas, an...
We introduce the concept of reflection principle as a knowledge representation paradigm in a computa...
AbstractIt is well-known that adding reflective reasoning can tremendously increase the power of a p...
It is well-known that adding reflective reasoning can tremendously increase the power of a proof ass...
In this paper, we show how a system for automated deduction can be given computational reflection, i...
AbstractThis paper is a summary of my PhD dissertation in which: general axiomatic notions of reflec...
AbstractWe recall general metalogical axioms for a reflective logic based on the notion of a univers...
We study the structure of families of theories in the language of arithmetic extended to allow these...
When reasoning about reasoning, one often needs to carry out some proof steps within a different the...
The nonmonotonic logic called Reflective Logic is shown to be representable in a monotonic Modal Qu...
This English translation of the author's original work has been thoroughly revised, expanded and upd...
AbstractWe show that the generalized variant of formal systems where the underlying equational speci...
In mathematical logic there are two seemingly distinct kinds of principles called “reflection princi...
We consider an extension of first-order logic with a recursion operator that corresponds to allowing...
This paper describes the logical and philosophical background of an extension of logic programming w...
I develop some of the theory of self-referential systems. I present the necessary semantic ideas, an...
We introduce the concept of reflection principle as a knowledge representation paradigm in a computa...
AbstractIt is well-known that adding reflective reasoning can tremendously increase the power of a p...
It is well-known that adding reflective reasoning can tremendously increase the power of a proof ass...
In this paper, we show how a system for automated deduction can be given computational reflection, i...
AbstractThis paper is a summary of my PhD dissertation in which: general axiomatic notions of reflec...
AbstractWe recall general metalogical axioms for a reflective logic based on the notion of a univers...
We study the structure of families of theories in the language of arithmetic extended to allow these...
When reasoning about reasoning, one often needs to carry out some proof steps within a different the...
The nonmonotonic logic called Reflective Logic is shown to be representable in a monotonic Modal Qu...
This English translation of the author's original work has been thoroughly revised, expanded and upd...
AbstractWe show that the generalized variant of formal systems where the underlying equational speci...
In mathematical logic there are two seemingly distinct kinds of principles called “reflection princi...
We consider an extension of first-order logic with a recursion operator that corresponds to allowing...
This paper describes the logical and philosophical background of an extension of logic programming w...