Dialogical Temporal Chair Technique

ABSTRACT

The Dialogical Temporal Chair Technique (DTCT) is a method based on Hermans’s dialogical self theory combined with Gestalt and cognitive–behavioural therapeutic techniques. The Dialogical Temporal Chair Technique is a method of activating temporal voices. Three chairs symbolising the past, present and future are used to help subjects create a temporal dialogue. Participants are asked to take a specific I-position and to construct a temporal self-dialogue by changing chair (and hence I-position). The DTCT can be used to solve undefined problems or to explore new ways of thinking, but it may also be used to review important life decisions or enable integration of, or detachment from, ambivalent feelings and attitudes.     

Picturing ourselves in the world: Drawings,interpretative phenomenological analysis and the relational mapping interview

ABSTRACT

Some aspects of experience can be challenging for research participants to verbalise. Interpretative phenomenological analysis (IPA) researchers need to get experience-near to meet their phenomenological commitments, capturing the “texture” and quality of existence, and placing participants in relation to events, objects, others, and the world. Incorporating drawing into IPA designs provides a vehicle through which participants can better explore and communicate their lifeworlds. IPA researchers also require rich accounts to fulfil their interpretative commitments. Drawing taps into multiple sensory registers simultaneously, providing polysemous data, which in turn lends itself to hermeneutic analysis. This article outlines a multimodal method, the relational mapping interview, which was developed to understand the relational context of various forms of distress and disruption. We illustrate how the approach results in richly nuanced visual and verbal accounts of relational experience. Drawing on an “expanded hermeneutic phenomenology,” we suggest how visual data can be analysed within an IPA framework to offer significant experiential insights.     

Ten Principles for Interpreting Neuroscientific Pronouncements Regarding Human Nature

As the field of brain research continues to advance, much is being discovered about the various aspects of the brain that are associated with certain feelings, thoughts, and behaviors. However, certain studies, or popularized accounts thereof, overreach in their pronouncements, drawing unwarranted conclusions regarding human nature. There are ten principles that will assist the non‐specialist in critically assessing both now and future discoveries reported from the neurosciences, with a focus on helping theologians using neuroscientific data in multidisciplinary work regarding human nature.     

Elimination of bias in introspection: Methodological advances,refinements, and recommendations

Building on past constructive criticism, the present study provides further methodological development focused on the elimination of bias that may occur during first-person observation. First, various sources of errors that may accompany introspection are distinguished based on previous critical literature. Four main errors are classified, namely attentional, attributional, conceptual, and expressional error. Furthermore, methodological recommendations for the possible elimination of these errors have been determined based on the analysis and focused excerpting of introspective scientific literature. The following groups of methodological recommendations were determined: 1) a better focusing of the subject's attention to their mental processes, 2) providing suitable stimuli, and 3) the sharing of introspective experience between subjects. Furthermore, the potential of adjustments in introspective research designs for eliminating attentional, attributional, conceptual, and expressional error is discussed.     

Mapping visual attention with change blindness: new directions for a new method

Change blindness provides a new technique for mapping visual attention with unprecedented spatial and temporal resolution. Change blindness can occur when a brief full-field blank interferes with the detection of changes in a scene that occur during the blank. This interference can be overcome by attending to the location of a change. Because changes are detected at attended locations, but not at unattended locations, detection accuracy provides an indirect measure of the distribution of visual attention. The likelihood of detecting a new element in a scene provides a measure of the occurrence of attention at that element’s location. Potential new directions, advantages, and problems with this method are considered.