- PII
- S2074-14720000616-8-
- DOI
- Publication type
- Article
- Status
- Published
- Authors
- Volume/ Edition
- Volume 26 / Issue 1
- Pages
- 91-109
- Abstract
- The traditional theory of semantic information, originally proposed by [Bar-Hillel, Carnap, 1953], provides a versatile and pretty plausible conception of what kind of thing semantic information is. It embodies, however, the so-called “scandal of deduction”, a thesis according to which logical truths are informationally empty. The scandal of deduction is prob- lematic because it contradicts the fact that ordinary reasoners often do not know whether or not a given sentence is a logical truth. Hence, it is plausible to say, at least from the epistemological standpoint of those reasoners, that such logical sentences are really inform- ative. In order to improve over traditional theory, we can replace its classical metatheory by the so-called urn logics, non-standard systems of logic (described in detail below) that better describe the epistemological standpoint of ordinary reasoners. Notwithstanding, the applic- ation of such systems to the problem of semantic information faces some challenges: first, we must define truth-conditional semantics for these systems. Secondly, we need to precisely distinguish two systems of urn logic, namely, perfect and imperfect urn logics. Finally, we need to prove characterization theorems for both systems of urn logic. In this paper we offer original (and hopefully, elegant) solutions for all such problems.
- Keywords
- semantic information, scandal of deduction, logical knowledge, urn logics, truth-conditional semantics, characterization theorems, Hintikka normal forms, non-classical logics
- Date of publication
- 01.06.2020
- Number of purchasers
- 22
- Views
- 507
RAS Social ScienceGosudarstvo i pravo
- ISSN (Print) 1026-9452
- ISSN (Online)2713-0398
New semantics for urn logics: taming the enduring scandal of deduction
Индексирование
Scopus
Crossref
Higher Attestation Commission
At the Ministry of Education and Science of the Russian Federation
Scientific Electronic Library