Futures thinking
Imagination
The precuneus is involved in mental imagery concerning the self, episodic memory, and modeling other people’s views—all of which are main components of the DMN. Benedek and Jauk, psychologists specializing in research on creativity, note that “higher creativity is consistently associated with higher gray matter density in DMN regions, especially th... See more
Joseph Carroll • Imagination, the Brain’s Default Mode Network, and Imaginative Verbal Artifacts
the default network consists of regions that, in the absence of exteroceptive [externally oriented] attention or narrowly focused mental effort, support self-directed concerns, immersion in one’s inner life (e.g., daydreaming) or imagining the inner life of others (Theory of Mind)
Joseph Carroll • Imagination, the Brain’s Default Mode Network, and Imaginative Verbal Artifacts
the imagination is a neurological reality, that it is lodged in specific parts of the brain, that it consists of an identifiable set of components and processes, that these components and processes have adaptive functions, and that in fulfilling its functions imagination has been a major causal factor in making Homo sapiens the dominant species on ... See more
Joseph Carroll • Imagination, the Brain’s Default Mode Network, and Imaginative Verbal Artifacts
The distinctive feature of imagination, therefore, rests on its capacity of creating new mental images by combining and modifying stored perceptual information in novel ways and by inserting this information in a subjective view of the world: hence it is related to his self-awareness. In other words, imagination is not simply the organization, iden... See more
Luigi F Agnati • The Neurobiology of Imagination: Possible Role of Interaction-Dominant Dynamics and Default Mode Network
Particularly relevant to the idea of episodic simulation is the process of forming “implementation intentions” (Gollwitzer, 1999) which involve imagining and rehearsing a plan with reference to the specific future context in which it will be executed. Research has shown that creating implementation intentions significantly increases the likelihood ... See more
Daniel L. Schacter • Frontiers | The Hippocampus and Imagining the Future: Where Do We Stand?
There is indirect evidence to support this idea. For instance, individuals tend to act in a way that is consistent with or constrained by how they have imagined themselves in those situations (Johnson and Sherman, 1990), implying that some record of that simulation influences later behavior. There is typically a high correspondence of stated intent... See more
Daniel L. Schacter • Frontiers | The Hippocampus and Imagining the Future: Where Do We Stand?
In recent years, neuroimaging has provided evidence to suggest that imagining the future relies on much of the same neural machinery as remembering the past. One hypothesis that such findings motivate is that memories must be reactivated in order to extract the information needed to “flesh out” detailed simulations. Indeed, if simulations involve t... See more
Daniel L. Schacter • Frontiers | The Hippocampus and Imagining the Future: Where Do We Stand?
A related line of enquiry is to determine not only whether the hippocampus is active during future simulation but whether it makes a critical and necessary contribution. While it has been long established that a functioning hippocampus is necessary for the retrieval of detailed autobiographical memories (for a review, see Moscovitch et al., 2005), ... See more
Daniel L. Schacter • Frontiers | The Hippocampus and Imagining the Future: Where Do We Stand?
a particularly vivid form of future thinking: the imaginative construction or simulation of scenarios that might occur in one’s future. We hypothesized that the flexible use of episodic details from memory during imaginative simulations of the future can help to understand constructive aspects of memory, such as its susceptibility to distortion (se... See more
Daniel L. Schacter • Frontiers | The Hippocampus and Imagining the Future: Where Do We Stand?
Thus, it remains an open question as to whether the hippocampus is necessary for future simulation.