Mitch Parsell

Plagiarism is the misuse of and failure to acknowledge source materials. This paper questions common responses to the apparent increase in plagiarism by students. Internet plagiarism occurs in a context – using the Internet as an information tool – where the relevant norms are far from obvious and models of virtue are difficult to identify and perhaps impossible to find. Ethical responses to the pervasiveness of Internet-enhanced plagiarism require a reorientation of perspective on both plagiarism and the Internet as a knowledge tool. Technological strategies to “catch the cheats” send a “don’t get caught” message to students and direct the limited resources of academic institutions to a battle that cannot be won. More importantly, it is not the right battleground. Rather than characterising Internet-enabled plagiarism as a problem generated and solvable by emerging technologies, we argue that there is a more urgent need to build the background conditions that enable and sustain ethical relationships and academic virtues: to nurture an intellectual community.

This article offers a post-pedagogical image of universities. We explore two main purposes of university education: creating an educated public and preparing learners for their future careers. This exploration draws on philosophers Barnett, MacIntyre and Nussbaum. We then utilise a series of reports from The Foundation for Young Australians to offer insights into the changing nature of society, technology, and worklife. The evolution of models or theories of learning sets the scene for the framework for how to structure the future university—a post-pedagogical learning institution in which educators are learning specialists, learners are engaged in meaningful and critical thinking, learning and acting.

Haikonen (2003) is an attempt to explicate a platform for modelling consciousness. The book sets out the foundational concepts behind Haikonen’s work in the area and proposes a particular modelling environment. This is developed in three parts: part 1 offers a brief analysis of the state of play in cognitive modelling; part 2 an extended treatment of the phenomena to be explained; part 3 promises a synthesis of the two preceding discussions to provide the necessary background and detail for the proposed modelling environment. This final part covers a broad range of technical details from the nature of the representational-computational economy instantiated, to the control of motor output, to the means of implementing emotions in artefacts. Haikonen proposes an environment based on a distributed representational economy, instantiated in a neural network architecture and trained using associative learning regimes, but which also has symbolic processing abilities to handle the critical task of generating inner language

The importance of online social spaces is growing. New Web 2.0 resources allow the creation of social networks by any netizen with minimal technical skills. These communities can be extremely narrowly focussed. In this paper, I identify two potential costs of membership in narrowly focussed virtual communities. First, that narrowly focussed communities can polarise attitudes and prejudices leading to increased social cleavage and division. Second, that they can lead sick individuals to revel in their illness, deliberately indulging in their disease and denying the edicts of the medical profession. I specifically examine illness communities centred on the now defunct Multiple Personality Disorder. I highlight these potential problems and point to some technologies that may help combat them.

Williams syndrome is a genetic disorder that, because of its unique cognitive profile, has been marshalled as evidence for the modularity of both language and social skills. But emerging evidence suggests the claims of modularity based on WS have been premature. This paper offers an examination of the recent literature on WS. It argues the literature gives little support for mental modularity. Rather than being rigidly modular, the WS brain is an extremely flexible organ that that co-opts available neural resource in a highly dynamic manner to cope in the world.

Since social skills are highly significant to the evolutionary success of humans, we should expect these skills to be efficient and reliable. For many Evolutionary Psychologists efficiency entails encapsulation: the only way to get an efficient system is via information encapsulation. But encapsulation reduces reliability in opaque epistemic domains. And the social domain is darkly opaque: people lie and cheat, and deliberately hide their intentions and deceptions. Modest modularity [Currie and Sterelny (2000) Philos Q 50:145–160] attempts to combine efficiency and reliability. Reliability is obtained by placing social skills in un-encapsulated central cognition; efficiency by having the social system sensitive to encapsulated socially tagged cues. In this paper, I argue that this approach fails. I focus on eye-gaze as a plausible example of a socially significant encapsulated cue. I demonstrate contra modest modularity that eye-gaze is subject to influence from central cognition.

Popularisations of evolutionary psychology have had a truly remarkable success. Judging by the popular press one could be forgiven for think that contemporary psychology is essentially co-extensive with evolutionary psychology. In the academy evolutionary psychological has been subject to some extremely hard-hitting and destructive attacks, but to date no approachable, popular critique has been available. The present volume aims to fill this void. I am not completely convinced it succeeds in this, but I find it valuable nevertheless.

In this paper, I examine Wilfrid Sellars’ famous Myth of Jones. I argue the myth provides an ontologically austere account of thoughts and beliefs that makes sense of the full range of our folk psychological abilities. Sellars’ account draws on both Gilbert Ryle and Ludwig Wittgenstein. Ryle provides Sellars with the resources to make thoughts metaphysically respectable and Wittgenstein the resources to make beliefs rationally criticisable. By combining these insights into a single account, Sellars is able to see reasons as causes and, hence, to respect the full range of our folk psychological generalisations. This is achieved by modelling folk psychological practice on theoretical reasoning. But despite frequent misinterpretation, Sellars does not claim that thoughts and beliefs are theoretical concepts. Thus, folk psychological explanation is not theoretical, and hence, it is not replaceable by scientific theory. Hence, scientific concepts will not eliminate folk psychological concepts. Thus, Sellars avoids eliminativism