Eliciting cues to deception and truth: What matters are the questions asked

In this paper we argue that there is little need for more of the traditional deception detection research in which observers assess short video clips in which there are few (if any) cues to deception and truth. We argue that a change in direction is needed and that researchers should focus on the questions the interviewer needs to ask in order to elicit and enhance cues to deception. We discuss three strands of research into this new ‘interviewing to detect deception’ approach. We encourage practitioners to use the proposed techniques and encourage other researchers to join us in conducting more research in this area. We offer some guidelines for what researchers need to keep in mind when carrying out research in this new paradigm.     

Attentional bias and anxiety in individuals with coronary heart disease

This study examined whether in an emotional Stroop task, individuals with coronary heart disease (CHD) would show greater attention towards the threatening words related to their disease than healthy persons, and if such an attentional bias is associated with anxiety. An emotional Stroop task with threatening words related to CHD as well as positive, negative and neutral words was administered to 35 individuals with CHD and 35 healthy controls. Additionally, the original Stroop task, the Beck anxiety inventory and the state-trait anxiety inventory were administered. The results indicated an attentional bias towards threatening words related to CHD in the individuals with CHD. They experienced higher interference than healthy participants from threatening words related to CHD but not from positive or negative words. Moreover, the level of interference was associated with their level of anxiety, and a vicious circle may exist in this association. In addition, results indicated a possible deficit of executive functioning among individuals with CHD. Attentional bias, as well as its association with anxiety, and an indication of deficit in executive functioning among individuals with CHD might be the risk factors for these individuals’ quality of life and for further development of their disease.     

Spatial and Temporal Details in Intentions: A Cue to Detecting Deception

Research into lying about intentions is relatively new. Studies have suggested that lying about intentions can be detected with statement analysing methods. This article describes two experiments. The first experiment investigates how much spatial and temporal detail is given by people who are discussing a true or false intention in a 26‐question interview. The results showed that those with a true intention gave more spatial and temporal details. The second experiment examines these details in a one‐question interview and whether the amount of temporal detail given can be manipulated by the phrasing of the question. The results showed that the amount of detail is much lower in these short interviews, but can be increased with specific phrasing. The theoretical and practical implications of these results are discussed. Copyright © 2012 John Wiley & Sons, Ltd.     

The Relationship Between Deployment and Turnover in Australian Navy Personnel

Increases in the frequency of operations tempo have focused attention on the relationship between deployment and separation from military service. This retrospective study explored the association between deployment and turnover over a 10-year period in Royal Australian Navy (RAN) personnel. Participants were 2355 males who served in the RAN during the period of the 1991 Gulf War (August 1990–September 1991); approximately half had been deployed to that conflict. Data were collected 10 years later as part of the Australian Gulf War Veterans' Health Study. During that 10-year period, 61% of participants left the RAN. The likelihood of separation decreased as number of deployments increased even when controlling for age, rank, and length of service. Personnel deployed to the 1991 Gulf conflict did not have a significantly higher risk of separation. The results provide evidence that deployment is not necessarily a risk factor for separation.     

Solving the Flagpole Problem

In this paper I demonstrate that the causal structure of flagpole-like systems can be determined by application of causal graph theory. Additional information about the ordering of events in time or about how parameters of the systems of interest can be manipulated is not needed.     

Rapid Automatized Naming and Learning Disabilities: Does RAN Have a Specific Connection to Reading or Not?

This work is an extension of a study by Waber, Wolff, Forbes, and Weiler (2000 Waber, D. P., Wolff, P. H., Forbes, P. W. and Weiler, M. D. 2000. Rapid automatized naming in children referred for evaluation of heterogeneous learning problems: How specific are naming speed deficits to reading disability?. Child Neuropsychology, 6: 251–261. [Taylor &; Francis Online], [Web of Science ®] , [Google Scholar]) in which the specificity of naming speed deficits to reading disability (RD) was examined. One hundred ninety-three children (ages 8 to 11) evaluated for learning disabilities were studied. It was determined how well rapid automatized naming (RAN) discriminated between different diagnostic groups (learning impaired [LI] with and without RD) from controls and from each other. Whereas Waber et al. concluded that RAN was an excellent tool for detecting risk for learning disabilities in general, the results of the present study point to a more specific connection between RAN and RD.     

Hopping in a Gaussian distribution of energy states: Transition from dispersive to non-dispersive transport

Abstract

By means of Monte Carlo simulation techniques the relaxation of a packet of charge carriers migrating in a Gaussian density of states of width σ has been studied. The relaxation time determines the transition from dispersive to non-dispersive transport seen in a time-of-flight signal. For a 10 μm thick sample under a bias field of 10⁵ V cm^?1 the critical disorder parameter σ/kT turns out to be 4·4. Consistency with experimental results from polymers is found.     

Transmission electron microscopy study of a new silicon nitride phase

An abnormally large phase, which was found in the precursor-derived Si 3.0 B 1.1 C 5.3 N 3.0 ceramics after crystallization under a nitrogen pressure of 100bar at 1800C for 3h, has been characterized by means of transmission electron microscopy and electron-energy-loss spectroscopy (EELS). EELS analysis shows that this phase consists of only silicon and nitrogen, no other elements being detected. The analysis of selected-area diffraction and convergent-beam electron diffraction in conjunction with EELS reveals that the unknown phase is a variant of silicon nitride. It has a hexagonal structure with lattice parameters a =0.737nm and c =0.536nm, and the space group P62c. .