AbstractC.S. Peirce's graphical system Alpha for propositional logic is given a geometric representation in terms of isotopy classes of planar diagrams, and surgery rules on these diagrams called illative transformations. An algebraic representation theorem is proven, stating that Alpha, as an equational theory, is isomorphic to the theory of Boolean algebras. The geometric and algebraic representations are extended to give multi-sorted analogues of Alpha. An interpretation of Alpha is given in terms of linear logic and the theory of closed categories
Charles S. Peirce proposed a logical approach to modalities that came close to possible-worlds seman...
Charles Peirce (1839-1914) was one of the most important logicians of the nineteenth century. This t...
In this survey, we review the existing categorical axiomatizations of linear logic, with a special e...
AbstractC.S. Peirce's graphical system Alpha for propositional logic is given a geometric representa...
Peirce considered the principal business of logic to be the analysis of reasoning. He argued that th...
AbstractThis introduction to Charles S. Pierce's elegant logic diagrams explains the elements and op...
Program year: 1996/1997Digitized from print original stored in HDRThe American philosopher Charles S...
AbstractThis paper describes a system of logic that has both an algebraic syntax and a graphical syn...
It is well accepted that diagrams play a crucial role in human reasoning. But in mathematics, diagr...
This paper presents the topological arrangements in four geometrical figures of modal propositions a...
This paper provides an analysis of the notational difference between Beta Existential Graphs, the g...
It has been the standard view of philosophers in this century that the use of diagrams is incompatib...
Charles Sanders Peirce (1839-1914) was an accomplished scientist, philosopher, and mathematician, wh...
In this work, the iconic nature of abductive inference in Peirce’s Existential Graphs (EG) is recast...
Charles Sanders Peirce is known to be the inventor of many concepts and theoretical objects that ha...
Charles S. Peirce proposed a logical approach to modalities that came close to possible-worlds seman...
Charles Peirce (1839-1914) was one of the most important logicians of the nineteenth century. This t...
In this survey, we review the existing categorical axiomatizations of linear logic, with a special e...
AbstractC.S. Peirce's graphical system Alpha for propositional logic is given a geometric representa...
Peirce considered the principal business of logic to be the analysis of reasoning. He argued that th...
AbstractThis introduction to Charles S. Pierce's elegant logic diagrams explains the elements and op...
Program year: 1996/1997Digitized from print original stored in HDRThe American philosopher Charles S...
AbstractThis paper describes a system of logic that has both an algebraic syntax and a graphical syn...
It is well accepted that diagrams play a crucial role in human reasoning. But in mathematics, diagr...
This paper presents the topological arrangements in four geometrical figures of modal propositions a...
This paper provides an analysis of the notational difference between Beta Existential Graphs, the g...
It has been the standard view of philosophers in this century that the use of diagrams is incompatib...
Charles Sanders Peirce (1839-1914) was an accomplished scientist, philosopher, and mathematician, wh...
In this work, the iconic nature of abductive inference in Peirce’s Existential Graphs (EG) is recast...
Charles Sanders Peirce is known to be the inventor of many concepts and theoretical objects that ha...
Charles S. Peirce proposed a logical approach to modalities that came close to possible-worlds seman...
Charles Peirce (1839-1914) was one of the most important logicians of the nineteenth century. This t...
In this survey, we review the existing categorical axiomatizations of linear logic, with a special e...