In a Bayesian brain, every perceptual decision will take into account internal priors as well as new incoming evidence. A reality monitoring system—eventually providing the agent with a subjective sense of reality avoids them being confused about whether our experience is perceptual or imagined. Yet not all confusions we experience mean that we wonder whether we may be imagining: some confused experiences feel clearly perceptual but still feel not right. What happens in such confused perceptions, and can the Bayesian brain (...) explain this kind of confusion? In this paper, we offer a characterisation of perceptual confusion and argue that it requires our subjective sense of reality to be a composite of several subjective markers, including a categorical one that can clearly identify an experience as perceptual and connect us to reality. Our composite account makes new predictions regarding the robustness, the non-linear development and the possible breakdowns of the sense of reality in perception. (shrink)

This paper aims to bridge philosophical and psychological research on causation, counterfactual thought, and the problem of backtracking. Counterfactual approaches to causation such as that by Lewis have ruled out backtracking, while on prominent models of causal inference interventionist counterfactuals do not backtrack. However, on various formal models, certain backtracking counterfactuals end up being true, and psychological evidence shows that people do sometimes backtrack when answering counterfactual questions in causal contexts. On the basis of psychological research, I argue that while (...) ordinarily both kinds of counterfactuals may be employed, non-backtracking counterfactuals are more easily used in causal inference because they are consistent with temporal order information embedded in the mental simulation heuristic, and they match reasoners’ experience of causation. While this approach is incompatible with the ambitions of counterfactual theories that seek to establish the non-backtracking interpretation as the only legitimate one, it can provide support for perspectival views on causation and open further inquiry on the functions of causal and counterfactual thought in the context of causal models. (shrink)

We investigated the causal responsibility attributions of adults and children to mechanical devices in the framework of the criticality-pivotality model. It establishes that, to assign responsibility, people consider how important a target is to reaching a positive outcome (criticality) and how much the target contributed to the actual outcome (pivotality). We also tested theoretical predictions about relations between the development of counterfactual thinking and assessments of pivotality. In Experiment 1, we replicated previous findings in adults using our task. In Experiment (...) 2, we administered this task and a brief counterfactual reasoning questionnaire to children aged between 8 and 13 years. Results showed that children also considered both criticality and pivotality when they attributed responsibility. However, older children were more sensitive than younger ones to pivotality. Also, we found a positive correlation between children’s pivotality judgements and a measure of counterfactual thinking. Results are discussed regarding the model’s relation to counterfactual thinking. (shrink)

The counterfactual thinking cannot be only developed in early childhood, but it also could be a requirement for the causal reasoning. In this research a replica of German was made using counterfactual stories with Latin American kids between three and four years, demonstrating the possible main role counterfactual reasoning, by using computer animations. This was a different approach to the most recent made by Nyhout and Ganea. Nonetheless, the participants of the study evidenced counterfactual reasoning to the relevant choice and (...) the negative consequence conditions shown on the stories that represented the choices made by a starting role. Although some of the results were not totally conclusive under the analyzed conditions. Lastly, some possible not controlled effects are discussed from stories shown to the children, that could have motivated the counterfactual thinking. (shrink)

We discuss whether the two systems approach can advance understanding of children's developing counterfactual thinking. We argue that types of counterfactual thinking that are acquired early in development could be handled by the temporal updating system, whereas those that emerge in middle childhood require thinking about specific events in time.