Transfer of training from introductory computer courses is highly specific ... and negative!

Two groups of students in an introductory computer course learned either BASIC programming or the use of applications software. Students in the programming group learned to use a simple line editor to edit their programs, whereas students in the applications group learned to use a sophisticated cursor-oriented word processor. When both groups were tested on a simulated line-oriented text editor, there were no differences in overall performance, although both groups performed more poorly than did a group of introductory psychology students with no previous computer background. Different error patterns in the two groups for different commands suggest specific kinds of negative transfer due to their prior experiences. These results call into question the assumption that training students in one computer skill facilitates transfer to other situations.     

The brain is both neurocomputer and quantum computer

In their article, Is the Brain a Quantum Computer,? Litt, Eliasmith, Kroon, Weinstein, and Thagard (2006) criticize the Penrose–Hameroff “Orch OR” quantum computational model of consciousness, arguing instead for neurocomputation as an explanation for mental phenomena. Here I clarify and defend Orch OR, show how Orch OR and neurocomputation are compatible, and question whether neurocomputation alone can physiologically account for coherent gamma synchrony EEG, a candidate for the neural correlate of consciousness. Orch OR is based on quantum computation in microtubules within dendrites in cortex and other regions linked by dendritic–dendritic gap junctions (“dendritic webs”) acting as laterally connected input layers of the brain's neurocomputational architecture. Within dendritic webs, consciousness is proposed to occur as gamma EEG‐synchronized sequences of discrete quantum computational events acting in integration phases of neurocomputational “integrate‐and‐fire” cycles. Orch OR is a viable approach toward understanding how the brain produces consciousness.     

But language too is material!

Phenomenology and the Cognitive Sciences - Language is infused with materiality and should therefore not be considered as an abstract system that is isolated from socio-material reality....     

Neurolinguists, beware! The bilingual is not two monolinguals in one person

Two views of bilingualism are presented--the monolingual or fractional view which holds that the bilingual is (or should be) two monolinguals in one person, and the bilingual or wholistic view which states that the coexistence of two languages in the bilingual has produced a unique and specific speaker-hearer. These views affect how we compare monolinguals and bilinguals, study language learning and language forgetting, and examine the speech modes--monolingual and bilingual--that characterize the bilingual's everyday interactions. The implications of the wholistic view on the neurolinguistics of bilingualism, and in particular bilingual aphasia, are discussed.     

The eyes have it! Reflexive orienting is triggered by nonpredictive gaze

Normal subjects were presented with a simple line drawing of a face looking left, right, or straight ahead. A target letter F or T then appeared to the left or the right of the face. All subjects participated in target detection, localization, and identification response conditions. Although subjects were told that the line drawing’s gaze direction (the cue) did not predict where the target would occur, response time in all three conditions was reliably faster when gaze was toward versus away from the target. This study provides evidence for covert, reflexive orienting to peripheral locations in response to uninformative gaze shifts presented at fixation. The implications for theories of social attention and visual orienting are discussed, and the brain mechanisms that may underlie this phenomenon are considered.     

The computer revolution in psychometrics

Summary We have said that psychometric methods involving algorithms are completely objective—at least they are if the algorithm is in the form of a program for a digital computer. These objective procedures need Monte Carlo and other computer runs to determine their properties, but so do many equation-oriented techniques. The objective algorithms are flexible but not flaccid. They offer a way of dealing with complexities that formerly seemed beyond our grasp. As the computer revolution continues in psychometrics, we can expect objective algorithmic methods to become the rule rather than the exception.Presidential address delivered at the annual meeting of the Psychometric Society, New York, New York, September 3, 1966.This paper was prepared while the author was a Fellow at the Center for Advanced Study in the Behavioral Sciences. The investigation was supported by a Public Health Service fellowship, 1 F3, MH-28, 495-01 (PS), from the National Institute of Mental Health.     

Processing impairments in OCD: it is more than inhibition!

The study aimed to address a significant gap in the literature on inhibition impairments in OCD, by concurrently studying facilitation and inhibition processes and the effect of threat on these twin mechanisms. Participants were 20 persons with symptomatic OCD, 11 with remitted OCD, 20 with panic disorder and 20 normal control participants. Participants were required to respond to words that were either neutral or personally threatening, which during an immediately preceding trail, were responded to as targets (facilitation) or inhibited as non-targets (inhibition). OCD participants displayed greater facilitation and reduced inhibition, differences that were related to their diagnostic status but unrelated to symptomatic status. Threat had no effect on facilitation, but exacerbated inhibition problems in the symptomatic OCD and panic groups. This research suggests that underlying differences in both facilitation and inhibition, combined with influences of activated threat-schema on inhibition may play a role in the development and maintenance of OCD.     

Boo! The consciousness problem in emotion

ABSTRACT

This paper will examine the conscious aspects of emotion (i.e. emotional experience), arguably the defining features of emotion. I will argue that emotion IS emotional experience and, consequently, that emotion researchers rarely study emotion itself. I will suggest a research agenda for examining the conscious aspects of emotion and end with a consideration of appraisal theory and how it can be made more relevant to the study of emotion by treating appraisals as components of a pre-reflective perceptual process rather than as causal antecedents of a cognitive process that can be self-reported on.     

Doing is for thinking! Stereotype activation by stereotypic movements

Three studies demonstrate that stereotypic movements activate the corresponding stereotype. In Study 1, participants who were unobtrusively induced to move in the portly manner that is stereotypic of overweight people subsequently ascribed more overweight-stereotypic characteristics to an ambiguous target person than did control participants. In Study 2, participants who were unobtrusively induced to move in the slow manner that is stereotypic of elderly people subsequently ascribed more elderly-stereotypic characteristics to a target than did control participants. In Study 3, participants who were induced to move slowly were faster than control participants to respond to elderly-stereotypic words in a lexical decision task. Using three different movement inductions, two different stereotypes, and two classic measures of stereotype activation, these studies converge in demonstrating that stereotypes may be activated by stereotypic movements.     

The computer as psychometrician

The application of computers to the functions traditionally carried out by a psychometrician or psychologist is examined. Diagnosis, psychotherapy, interviewing, psychological testing, test interpretation, and report writing are reviewed. The advantages and disadvantages of using computers in assessment applications are discussed. Patient and professional acceptance of automated psychological services is reviewed, as well as the parameters to consider in the development of computerized interviewing and testing. Brief comments are made regarding suitable computer systems for these applications. It is argued that computers can provide a cost-effective enhancement to the delivery of mental health services.