Contra un presunto naturalismo de la filosofía de Nietzsche, este artículo reconstruye la noción nietzscheana de vida al hilo del tema de la interpretación. Se pretende mostrar que para este autor el problema de la vida excede todo marco estrictamente biologicista y se orienta en cambio hacia una dimensión ontológica, en tanto la interpretación representa la actividad configuradora de sentido, mediante la cual todo ser vivo genera y sostiene su realidad. El análisis de este proceso lleva a identificar varios niveles (...) de desarrollo de esta vida interpretante: la forma de vida meramente natural, la vida simbólica propia de los seres humanos y, en último término, la vida del conocimiento como forma de vida genuinamente filosófica. Desde este planteamiento diferenciado de la actividad interpretativa se pueden arrojar nuevas luces sobre la noción nietzscheana de perspectivismo. (shrink)

This paper introduces an axiomatisation for equational hybrid logic based on previous axiomatizations and natural deduction systems for propositional and first-order hybrid logic. Its soundness and completeness is discussed. This work is part of a broader research project on the development a general proof calculus for hybrid logics.

Nakata (Theory Decis 71:559–574, 2011) presents a model of acquisition of information where the agent does not know what pieces of information she is missing. In this note, we point out some technical problems in a few of Nakata’s results and show how to correct them.

As a compact representation of joint probability distributions over a dependence graph of random variables, and a tool for modelling and reasoning in the presence of uncertainty, Bayesian networks are of great importance for artificial intelligence to combine domain knowledge, capture causal relationships, or learn from incomplete datasets. Known as a NP-hard problem in a classical setting, Bayesian inference pops up as a class of algorithms worth to explore in a quantum framework. This paper explores such a research direction and (...) improves on previous proposals by a judicious use of the utility function in an entangled configuration. It proposes a completely quantum mechanical decision-making process with a proven computational advantage. A prototype implementation in Qiskit (a Python-based program development kit for the IBM Q machine) is discussed as a proof-of-concept. (shrink)