The paper analyzes how and under which assumptions it is possible to compare (in a relationist setting and relatively to qualities) entities living in different worlds. We begin with a standard technique to construct quality kinds via an abstraction process. In the first case, the process is applied across all the possible worlds and we show that the resulting quality system has problematic consequences. Then, we focus on the alternatives that arise when the abstraction process is applied within each single world independently, i.e., assuming similarity judgments make sense only when referring to entities living in the same world. This situation leads to worlds with unrelated quality systems and we took at the problem of quality comparison across worlds. We analyze under which assumptions this comparison is possible and discuss its limits by considering the structural information that one can infer from the elements shared by (two or more) overlapping worlds. Exploiting the use of such information and comparing this situation with the construction of time in branching worlds, it becomes possible to relate and (in a sense to be explained) to 'tune' the quality systems of different worlds. Motivations for this work come from epistemological considerations. Consider a possible world as a context or an information system. The framework we develop helps to understand whether the quality systems of the two contexts (information systems) can be related and, if so, it provides a basic methodology to formally link them.
Qualities in Possible Worlds
Stefano Borgo;Claudio Masolo
2006
Abstract
The paper analyzes how and under which assumptions it is possible to compare (in a relationist setting and relatively to qualities) entities living in different worlds. We begin with a standard technique to construct quality kinds via an abstraction process. In the first case, the process is applied across all the possible worlds and we show that the resulting quality system has problematic consequences. Then, we focus on the alternatives that arise when the abstraction process is applied within each single world independently, i.e., assuming similarity judgments make sense only when referring to entities living in the same world. This situation leads to worlds with unrelated quality systems and we took at the problem of quality comparison across worlds. We analyze under which assumptions this comparison is possible and discuss its limits by considering the structural information that one can infer from the elements shared by (two or more) overlapping worlds. Exploiting the use of such information and comparing this situation with the construction of time in branching worlds, it becomes possible to relate and (in a sense to be explained) to 'tune' the quality systems of different worlds. Motivations for this work come from epistemological considerations. Consider a possible world as a context or an information system. The framework we develop helps to understand whether the quality systems of the two contexts (information systems) can be related and, if so, it provides a basic methodology to formally link them.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.