We report on the development and initial validation of the Moralization of Everyday Life Scale, designed to measure variations in people's assignment of moral weight to commonplace behaviors. In Study 1, participants reported their judgments for a large number of potential moral infractions in everyday life; principal components analysis revealed 6 main dimensions of these judgments. In Study 2, scores on the 30-item MELS showed high reliability and distinctness from the Big 5 personality traits. In Study 3, scores on the (...) MELS were strongly correlated with scores on an early scale of moral judgments, suggesting convergent validity. (shrink)

One approach to applied AI is to automate business processes and remove people from the system. Another approach is to use AI methods to model how work actually gets done, so we can understand the essential role of knowledge people have about each other ("social knowledge") in allocating resources, assigning jobs, and forming teams.

The concept of contextual emergence has been introduced as a speci?c kind of emergence in which some, but not all of the conditions for a higher-level phenomenon exist at a lower level. Further conditions exist in contingent contexts that provide stability conditions at the lower level, which in turn accord the emergence of novelty at the higher level. The purpose of the present paper is to propose that consciousness is a contextually emergent property of self-sustaining systems. The core assumption is (...) that living organisms constitute self-sustaining embodiments of the contingent contexts that accord their emergence. We propose that the emergence of such systems constitutes the emergence of content-bearing systems because the lower-level processes of such systems give rise to and sustain the macro-level whole in which they are nested, while the emergent macro-level whole constitutes the context in which the lower- level processes can be for something . Such embodied functionality is necessarily and naturally about the contexts that it has embodied. It is this notion of self- sustaining embodied aboutness that we propose to represent a type of content capable of evolving into consciousness. (shrink)

Life as a complicated process is composed of causal phenomena. But even if we know the reasons of all that happens in a living organism, we do not know what life really is. The problem of intercausal relation, of “causal structure” remains. The reason why a process takes place, must be found by analysis, causal structures are found by synthesis of the results of this analysis. Causal structures are characterized by two kinds of equilibrium: energetic and specific equilibrium. A state (...) of physical equilibrium is characterized by a minimum of free energy; a biological energetic equilibrium is an organized one, where the vital factors activate the production of energy by each other and force each other to limit that production to the necessary measure. A specific equilibrium is characterized by the properties of its factors, properties by which those factors act as a cause after having received a specific stimulation. Every factor possesses two specific properties, in accordance with the properties of two neighbouring factors, as a link between two other links in a chain . Both forms of equilibrium authorise us to speak of living systems as a “whole”. In the second part of this paper we treat the dynamic aspect of the functions of living systems as a “whole”. This dynamic aspect manifests itself in growth and probably in cortical functions. Blastomeres represent, when isolated, the “whole” of growing potentialities of a germe. In normal contact with each other they restrict themselves to produce a part of that “whole”, in harmony with that which other blastomeres produce. This harmonious restriction can be explained by interaction between all the blastomeres by which every blastomere suppresses in other blastomeres all that it will produce itself. Blastomeres must therefore act on other blastomees not according to their isolate “being”, but according to the influences which they undergo by all other blastomeres, that means according to their “rôle”. There must be a causal net of interaction between all the blastomeres and that net “as a whole” determines every step of growth. Such a net of relation determines also human history and sociology. Materialism only took account of isolated causes, vitalism only of the effect of the net of causal relations without understanding that such a net might be analysed. In reality there is neither materialism nor vitalism.La vie est un phénomène complexe, se composant de différents phénomènes causals, qui un jour peut-être seront réduits à la causalité physique et chimique. Cependant connaitre toutes les causes des phénomènes vitaux ne signifie pas connaître la vie. Le problème de la vie ne se borne pas aux rapports causals, mais implique surtout les rapports intercausals, c'est à dire l'harmonie ou l'équilibre de ses parties constituantes. La vie comme phénomène est provoquée par une „structure causale”. Tandis que les causes sont trouvées par l'analyse, les rapports intercausals doivent être recherchés par la synthèse, c'est-à-dire par la réconstruction de la réalité de l'organisme vivant en se servant des données analytiques. Le système vivant est en équilibre énergétique et spécifique. Les facteurs énergétiques sont interlacés de telle façon, qu'ils s'activent entre eux et qu'ils se forcent entre eux à se resteindre au développement de l'énergie nécessaire. Un équilibre physique c'est l'état d'énergie libre minimum, tandis que l'équilibre biologique c'est un état d'énergie organisée. Dans un équilibre spécifique on ne peut se borner aux effects causals se manifestant par un phénomène. Il faut décrire les rapports des propriétés spécifiques de tous les facteurs; ce sont ces propriétés qui leur permettent d'agir comme cause, lorsqu'-ils sont atteint d'une excitation spécifique. Les facteurs possèdent au moins deux propriétés spécifiques, adaptées à deux facteurs voisins, comme chaque anneau d'une chaine s'adaptant à deux anneaux voisins . Le fait que l'on trouve dans chaque individu ces deux formes d'équilibre nous donne le droit de créer le concept du „tout” par rapport auquel on peut constater l'harmonie de tous les tacteurs.C'est là le „tout statique”, reste encore le „tout dynamique” qui se manifeste par la croissance et probablement par les phénomènes se produisant dans l'écorce cérébrale, base des actes psychiques. Les parties représentent beaucoup de possibilités qui ne se réalisent pas; p.e. les blastomères peuvent représenter le „tout” de l'organisme, tandis qu'ils se borneront dans la croissance normale à la production d'une part de l'individu. Il y a une interaction entre tous les blastomères, de façon que, par la suppression ou par l'activation mutuelle, chaque partie réalise ce que lui laissent les autres et ce qui est en harmonie avec ce que produiront les autres. De cette façon il y aura de l'harmonie dans tout ce qui sera produit. Les parties agissent par cette interaction, non selon leur „être”, en tant que cellule isolée, mais selon leur „rôle” dans le „tout” du germe, rôle qui est déterminé par cette interaction mutuelle universelle. C'est cette interaction qui détermine le „patron causal”, responsable de chaque étappe de la coissance. Ainsi ce ne sont pas les facteus isolés, mais le réseau des rapports établis entre tous les facteurs, qui gouvernent les phénomènes de la croissance. Ce réseau, par activation ou par suppression, détermine à chaque instant les propriétés causales des parties, d'entre toutes les multiples possibilités. Les possibilités étant données dans les cellules, c'est le „tout” du réseau des rapports qui détermine la croissance. Le matérialisme n'a vu que les causes isolées, telles qu'ellés se manifestent dans les expériences des physiciens, grâce à la technique; le vitalisme n'a vu que le „tout”, sans tâcher de l'analyser afin de trouver à sa base le système causal compliqué, que nous avons tâché de décrire. Dans la réalité la théorie du causalisme ni celle du vitalisme le tiennent plus de bout. (shrink)

Borrett, Kelly, and Kwan follow the lead of Merleau-Ponty and develop a theory of neural-network modeling that emerges out of what they find wrong with current approaches to thought and action. Specifically, they take issue with "cognitivism" and its tendency to model cognitive agents as controlling, representational systems. While attempting to make the point that pre-predicative experience/action/place (i.e. grasping) involves neither representation nor control, the authors imply that control-theoretic concepts and representationalism necessarily go hand-in-hand. The purpose of the present paper (...) is to demonstrate that this is not the case. Rather, it will be argued that such necessity is only assumed because the authors attempt to apply the control theory of servo-mechanisms to the behavior of organisms. By adopting this engineering control-theoretic perspective, the authors are led, as are most of the cognitivists with whom they disagree, to overlook critical aspects of how it is that biological systems do what they do. It is the ignoring of these critical aspects of biological control, due to the acceptance of an engineering approach to control, that makes it appear as though control theory and representationalism necessarily go hand-in-hand. (shrink)

This study suggests a new approach to EEG data classification by exploring the idea of using evolutionary computation to both select useful discriminative EEG features and optimise the topology of Artificial Neural Networks. An evolutionary algorithm is applied to select the most informative features from an initial set of 2550 EEG statistical features. Optimisation of a Multilayer Perceptron is performed with an evolutionary approach before classification to estimate the best hyperparameters of the network. Deep learning and tuning with Long Short-Term (...) Memory are also explored, and Adaptive Boosting of the two types of models is tested for each problem. Three experiments are provided for comparison using different classifiers: one for attention state classification, one for emotional sentiment classification, and a third experiment in which the goal is to guess the number a subject is thinking of. The obtained results show that an Adaptive Boosted LSTM can achieve an accuracy of 84.44%, 97.06%, and 9.94% on the attentional, emotional, and number datasets, respectively. An evolutionary-optimised MLP achieves results close to the Adaptive Boosted LSTM for the two first experiments and significantly higher for the number-guessing experiment with an Adaptive Boosted DEvo MLP reaching 31.35%, while being significantly quicker to train and classify. In particular, the accuracy of the nonboosted DEvo MLP was of 79.81%, 96.11%, and 27.07% in the same benchmarks. Two datasets for the experiments were gathered using a Muse EEG headband with four electrodes corresponding to TP9, AF7, AF8, and TP10 locations of the international EEG placement standard. The EEG MindBigData digits dataset was gathered from the TP9, FP1, FP2, and TP10 locations. (shrink)

The purpose of this special issue and the conference that inspired it was to address the issue of conceptual integration in a science of consciousness. We felt this to be important, for while current efforts to scientifically investigate consciousness are taking place in an interdisciplinary context, it often seems as though the very terms being used to sustain a sense of interdisciplinary cooperation are working against it. This is because it is this very array of common concepts that generates a (...) sense of unity among consciousness researchers, despite the fact the concepts mean different things in different disciplines. These Concepts of Consciousness include the following: realism, representation, intentionality, information, control, memory and self. Given this list, we believed we could best approach the issue of potential conceptual integration by addressing each concept from different perspectives and asking the following: how do uses of the concept differ, must these meanings be synthesized in order for there to be a unified science of consciousness, is a unified conceptual scheme necessary to establish an independent science of consciousness, is a unified conceptual scheme possible, if it is not possible, why not, and if it is possible, what might it look like? To this end we invited, for each concept, two scholars who made extensive use of the identified concept in their work. The papers entailed in this special issue constitute the outcome of this effort, and in what follows we offer a brief examination of possible forms of integration the papers seem to collectively suggest. (shrink)

British Journal for the History of Philosophy, Volume 19, Issue 6, Page 1223-1226, December 2011.

Upholding public trust in clinical research necessitates that human subjects be protected from avoidable harm and that the design, interpretation and reporting of research results be shielded from avoidable bias. On both counts, managing financial conflicts of interest is critically important, especially in the modern era when the opportunities for investigators to benefit personally from the commercialization of their intellectual property are overtly encouraged and rapidly expanding. Efforts are underway in the United States to provide more useful guidance to universities (...) and medical schools for purposes of strengthening the oversight and management of financial conflicts of interest in clinical research. (shrink)

Ballard et al. model eye position as a deictic pointer for spatial perception. Evidence from research on gaze control indicates, however, that shifts in actual eye position are neither necessary nor sufficient to produce shifts in spatial perception. Deictic context is instead provided by the interaction between two deictic pointers; one representing actual eye position, and the other, intended eye position.

For the conference and the special issue of the_ Journal of Consciousness Studies_ that lie behind this book, pairs of researchers were asked to tackle from different standpoints concepts of consciousness such as realism, representation, intentionality, information, control, memory and the self.

Many philosophers have thought that our folk, or pre-reflective, view of persistence is one on which objects endure. This assumption not only plays a role in disputes about the nature of persistence itself, but is also put to use in several other areas of metaphysics, including debates about the nature of change and temporal passage. In this paper, we empirically test three broad claims. First, that most people (i.e. most non-philosophers) believe that, and it seems to them as though, objects (...) persist by enduring rather than perduring. Second, that most people have a view of change on which enduring but not perduring objects count as changing. Third, that one reason why the folk represent time as dynamical is because it seems to them, and they believe that, they endure through time. We found no evidence to support these claims. While there are certainly plenty of ‘folk’ endurantists in the population we tested, there are also plenty of ‘folk’ perdurantists. We did not find robust evidence that a majority of people believed that, or it seemed to them as though, objects endure rather than perdure. We conclude that many arguments in favour of endurantism that appeal to folk beliefs about, or experiences of, persisting objects and change rest on views about those beliefs and experiences that are empirically unsupported. There is no evidence to suggest that endurantism is the folk friendly view of persistence, and so we should stop treating it as such without argument. (shrink)

The purpose of this special issue and the conference that inspired it was to address the issue of conceptual integration in a science of consciousness. We felt this to be important, for while current efforts to scientifically investigate consciousness are taking place in an interdisciplinary context, it often seems as though the very terms being used to sustain a sense of interdisciplinary cooperation are working against it. This is because it is this very array of common concepts that generates a (...) sense of unity among consciousness researchers, despite the fact the concepts mean different things in different disciplines. These Concepts of Consciousness include the following: realism, representation, intentionality, information, control, memory and self. Given this list, we believed we could best approach the issue of potential conceptual integration by addressing each concept from different perspectives and asking the following: how do uses of the concept differ, must these meanings be synthesized in order for there to be a unified science of consciousness, is a unified conceptual scheme necessary to establish an independent science of consciousness, is a unified conceptual scheme possible, if it is not possible, why not, and if it is possible, what might it look like? To this end we invited, for each concept, two scholars who made extensive use of the identified concept in their work. The papers entailed in this special issue constitute the outcome of this effort, and in what follows we offer a brief examination of possible forms of integration the papers seem to collectively suggest. (shrink)

Critical engagement -- Lutheran World Federation (LWF) -- World Communion of Reformed Churches (WCRC) -- World Council of Churches (WCC) -- Conclusion, avenues for reform.

Cognitive psychologists tend to treat intentionality as a control variable during experiments, yet ignore it when generating mechanistic descriptions of performance. Wynn's work brings this conflict into striking relief and, when considered in relation to recent neurophysiological findings, makes it clear that intentionality can be regarded mechanistically if one defines it as the planning of distal effects.

The present paper describes a joint action paradigm in which individuals or pairs utilized two computer keys to keep a dot stimulus moving inside a larger rectangle. Members of a pair could neither see nor hear each other. This paradigm allowed us to combine the discrete-trial type dependent variables commonly utilized by representational theorists, with the continuous, temporal dependence variables utilized by dynamical theorists. Analysis revealed that individuals kept the dot in the rectangle longer than dyads and did so by (...) moving it back and forth within the rectangle. Dyads, however, pressed their individual buttons as quickly as possible in order to keep the dot near the middle of the rectangle. These findings indicate that joint action constitutes a multi-scale phenomena that is best investigated via multiple, complementary methodologies versus single-measure, competing theories. (shrink)

Attention to economic inequality has increased in the wake of the global financial crisis, and along with this increased attention has come the need for reconsideration of the dynamics of moral reflection on inequality. Inequality is often viewed as a negative in terms of economic and social costs. But there are also moral challenges that arise from inequality. The Christian tradition emphasizes the diversity, and therefore the inequality, of the created order, and as such inequality is not simply a result (...) of sin. After the fall into sin, there are new dynamics which consist of sinful kinds of inequality as well as sinful attitudes towards the gifts and endowments of others. This “grief” at the good of others has been classically understood as the vice of envy. This article argues for the ongoing relevance of envy as a particularly important moral category for evaluation of economic inequality. (shrink)