Quantum Sortal Predicates
Synthese 154 (3):417 - 430 (2007)
| Abstract | Sortal predicates have been associated with a counting process, which acts as a criterion of identity for the individuals they correctly apply to. We discuss in what sense certain types of predicates suggested by quantum physics deserve the title of 'sortal' as well, although they do not characterize either a process of counting or a criterion of identity for the entities that fall under them. We call such predicates 'quantum-sortal predicates' and, instead of a process of counting, to them is associated a 'criterion of cardinality'. After their general characterization, it is discussed how these predicates can be formally described | |||||||||
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Kate Kearns (2003). Durative Achievements and Individual-Level Predicates on Events. Linguistics and Philosophy 26 (5):595 - 635.
Robert L. Martin (1974). Sortal Ranges for Complex Predicates. Journal of Philosophical Logic 3 (1-2):159 - 167.
Rohit Parikh (1996). Vague Predicates and Language Games. Theoria 11 (3):97-107.
John R. Wallace (1965). Sortal Predicates and Quantification. Journal of Philosophy 62 (1):8-13.
Robert Ackermann (1969). Sortal Predicates and Confirmation. Philosophical Studies 20 (1-2):1 - 4.
Fred Feldman (1973). Sortal Predicates. Noûs 7 (3):268-282.
Thomas Mormann (1993). Natural Predicates and Topological Structures of Conceptual Spaces. Synthese 95 (2):219 - 240.
Décio Krause & Steven French (2007). Quantum Sortal Predicates. Synthese 154 (3):417 - 430.
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