Schacter, et al. argue that the “core brain system,” consisting of the “medial prefrontal regions, posterior regions in the medial and lateral parietal cortex, the lateral temporal cortex, and the medial temporal lobe.” Rather than claiming that this area of the brain is solely devoted to the envisionment of the future, they put forth the “constructive episodic simulation hypothesis.” This hypothesis claims that future memories are constructed by fragmenting and reconnecting memories of the past. In other words, our thoughts about the future are simply an amalgamation of our experiences from the past. In supporting this hypothesis, Schacter, et al. go on to claim that semantic memory also, however, plays a role in the creation of future memories. According to Schacter, semantic and episodic memories work symbiotically to simulate future events, with semantic memories providing general schemata, and episodic memories allow for concrete
Schacter, et al. argue that the “core brain system,” consisting of the “medial prefrontal regions, posterior regions in the medial and lateral parietal cortex, the lateral temporal cortex, and the medial temporal lobe.” Rather than claiming that this area of the brain is solely devoted to the envisionment of the future, they put forth the “constructive episodic simulation hypothesis.” This hypothesis claims that future memories are constructed by fragmenting and reconnecting memories of the past. In other words, our thoughts about the future are simply an amalgamation of our experiences from the past. In supporting this hypothesis, Schacter, et al. go on to claim that semantic memory also, however, plays a role in the creation of future memories. According to Schacter, semantic and episodic memories work symbiotically to simulate future events, with semantic memories providing general schemata, and episodic memories allow for concrete