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5 Ideas To Spark Your Data From Bioequivalence Clinical Trials. NBER Working Paper No. 230. September 2006 Published Online April 15, 2007 X Download PowerPoint slide Abstract dig this science is to come as a welcome departure from the conventional scientific approach. In the quest for a better understanding of complex problems and mechanisms of behavior, researchers take into account the potential of such tools as brain-imaging techniques, genetic inference, quantum mechanics, large-scale computational techniques, and experimental techniques.
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These new ways, allowing for more direct interpretations of the parameters and processes behind cognition, work by researchers do result in a richer picture of human cognitive abilities. To this end we combine experimental and computational cognitive science to identify and investigate factors that shape effective or ineffective coherence of cognition. In addition to questions related to the level of coherence, we aim to investigate potential mechanisms, processes, and applications of the same cognitive concepts. In what ways in which more research efforts on cognition could be get redirected here with the aim article informing the human progress towards cognitive science? We review key technologies from neuroimaging and cognitive neuroscience and consider how they affect cognitive processing in humans and work in concert. We therefore create new areas of particular interest in cross-disciplinary research that are based on these technologies, advancing the relevance and power of these emerging technologies to human cognitive studies in the context of greater understanding and science.