Visit our site to downlaod the latest version: www.Out of the three major forms of memory, short-term (working) memory (WM) is considered to be the most important for humans because it supports our ability to think, plan, and execute cognitive activities (Baddeley, [@B1]). WM is "a limited capacity system that rapidly processes stimuli and permits temporary storage of information" (Braver, [@B4], p. 602), and it is used to maintain information for processing or performing tasks. Because WM is also critical for many other cognitive processes (Sternberg and Sternberg, [@B46]), WM is important for all areas of cognitive psychology and neuroscience. The current special issue of Frontiers in Human Neuroscience focuses on WM in various fields. In a review article, Zavotsky and Rütgen ([@B54]) discuss aspects of object recognition that are likely to depend on working memory processes. As compared to vision, memory processes in working memory are still very much a work in progress. In an article that is also included in this issue, Barry and Lourenco ([@B2]) assess whether it is possible to use functional magnetic resonance imaging (fMRI) to identify brain areas that are related to WM, and they do so in three ways: by using the behavioral load paradigm, by using the task paradigm, and by using individual differences in working memory capacity. In a review, Tervaniemi and Huettel ([@B48]) describe the many forms of WM, including sensory and motor, episodic, and semantic, and they argue that humans have an innate predisposition to use and store sensory information in WM. Furthermore, they argue that "although working memory is necessary for a wide range of cognitive functions, the brain organization of working memory remains poorly understood." In another article that is also included in this special issue, Kessels and Custers ([@B18]) review the theories on working memory and propose that attention and controlled search may be the two critical aspects of WM. Finally, Gallate et al. ([@B11]) provide an overview of the functions of the medial prefrontal cortex and argue that it may have evolved to support cognitive processes that are critical for language. The studies that are included in this special issue reveal that WM consists of many components. WM is not only limited to visual processing, but it also appears to be involved in the processing of tactile, auditory, and olfactory information.
Activebootdisk 64 Full Registration Keygen Ultimate