(Expected) adverse effects of the ‘ICT Revolution’ on work and opportunities for individuals to use and develop their capacities give a new impetus to the debate on (...) the societal implications of technology and raise questions regarding the ‘responsibility’ of research and innovation (RRI) and the possibility of achieving ‘inclusive and sustainable society’. However, missing in this debate is an examination of a possible conflict between the quest for ‘inclusive and sustainable society’ and conventional economic principles guiding capital allocation (including the funding of research and innovation). We propose that such conflict can be resolved by re-examining the nature and purpose of capital, and by recognising mainstream economics’ utilitarian foundations as an unduly restrictive subset of a wider Aristotelian understanding of choice. (shrink)
In this paper we will show that Hempel's covering law model can't deal very well with explanations that are based on incomplete knowledge. In particular the (...) class='Hi'> symmetry thesis, which is an important aspect of the covering law model, turns out to be problematic for these explanations. We will discuss an example of an electric circuit, which clearly indicates that the symmetry of explanation and prediction does not always hold. It will be argued that an alternative logic for causal explanation is needed. And we will investigate to what extent non-monotonic epistemic logic can provide such an alternative logical framework. Finally we will show that our non-monotonic logical analysis of explanation is not only suitable for simple cases such as the electric circuit, but that it also sheds new light on more controversial causal explanations such as Milton Friedman's explanation of the business cycle. (shrink)
In this paper we will show that Hempel's covering law model can't deal very well with explanations that are based on incomplete knowledge. In particular the (...) class='Hi'> symmetry thesis, which is an important aspect of the covering law model, turns out to be problematic for these explanations. We will discuss an example of an electric circuit, which clearly indicates that the symmetry of explanation and prediction does not always hold. It will be argued that an alternative logic for causal explanation is needed. And we will investigate to what extent non-monotonic epistemic logic can provide such an alternative logical framework. Finally we will show that our non-monotonic logical analysis of explanation is not only suitable for simple cases such as the electric circuit, but that it also sheds new light on more controversial causal explanations such as Milton Friedman's explanation of the business cycle. (shrink)
In 385B-C of the Cratylus, Plato appears to be formulating a version of the correspondence theory of truth, in such a way that it applies not (...) class='Hi'>only to discourse, but to individual names as well. However commentators who have remarked on this passage, either take exception to the reasoning, or find it necessary to interpret the conclusion with qualifications that Plato never could have intended. Richard Robinson, for example, on p.328 of “A Criticism of Plato’s Cratylus”, sums up the argument thus:... since statements have a truthvalue, their parts, including names, must have a truthvalue too. Therefore names are true or false.and criticises it for involving a fallacy of division. Lorenz and Mittelstrasse, by contrast, construe the argument as validly proceeding from the true-false distinction of sentences to a corresponding true-false distinction of their parts. (shrink)
BackgroundBiobanks are considered to be key infrastructures for research development and have generated a lot of debate about their ethical, legal and social implications. While the focus (...) has been on human genomic research, rapid advances in human microbiome research further complicate the debate.DiscussionWe draw on two cystic fibrosis biobanks in Toronto, Canada, to illustrate our points. The biobanks have been established to facilitate sample and data sharing for research into the link between disease progression and microbial dynamics in the lungs of pediatric and adult patients. We begin by providing an overview of some of the ELSI associated with human microbiome research, particularly on the implications for the broader society. We then discuss ethical considerations regarding the identifiability of samples biobanked for human microbiome research, and examine the issue of return of results and incidental findings. We argue that, for the purposes of research ethics oversight, human microbiome research samples should be treated with the same privacy considerations as human tissues samples. We also suggest that returning individual microbiome-related findings could provide a powerful clinical tool for care management, but highlight the need for a more grounded understanding of contextual factors that may be unique to human microbiome research.ConclusionsWe revisit the ELSI of biobanking and consider the impact that human microbiome research might have. Our discussion focuses on identifiability of human microbiome research samples, and return of research results and incidental findings for clinical management. (shrink)
