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10 wrz 2024 · Our brains create new memories by capturing the ‘who/what’, ‘where’ and ‘when’ of everyday experiences. On a neuronal level, mechanisms facilitating a successful transfer into episodic ...
1 kwi 2019 · Each example offers a proposal to propel our understanding of memory development from description to mechanistic explanation, with the goal of constructing predictive models and identifying causal links between brain development and memory development.
9 lut 2024 · In this chapter, we analyze the concept of cognitive inertia, investigate the roots of its formation, and then examine the role of cognitive inertia in creating institutional changes. Cognitive inertia means the tendency to perpetuate beliefs after they are formed.
Although the multiple memory systems account provides a decomposition of memory by carving it into sub-types based on phenomenology, and mapping each sub-type onto intermediate-level structures in the brain, it skirts the question of how each sub-type arises.
6 lis 2019 · Brain connectomics has provided a proper mathematical framework upon which network neuroscientists have begun to layout several alternative models to capture and explain the complex patterns of brain communication dynamics stemming from large-scale brain networks.
29 sie 2008 · Mesoscopic models tell us how neural elements interact to yield emergent behavior at the level of microcolumns and cortical columns. Macroscopic models can inform us about whole brain dynamics and interactions between large-scale neural systems such as cortical regions, the thalamus, and brain stem.
25 paź 2019 · The sensorimotor model of memory (SMM) claims that the body is the medium where (and through which) sensorimotor modalities actually simulate the somatosensory components of remembered events, and predicts that memory processes can be manipulated through manipulation of the body.
