The capabilities of large language models (LLMs) have sparked debate over whether such
systems just learn an enormous collection of superficial statistics or a coherent model of the …

Temporal context models (TCMs) have been influential in understanding episodic memory
and its neural underpinnings. Recently, TCMs have been extended to explain emotional …

Episodic memory is organized in both spatial and temporal contexts. The hippocampus is
crucial for episodic memory and has been demonstrated to encode spatial and temporal …

This chapter reviews some directions along which Craig's proposal of subjective time as
emergent from interoceptive and bodily dynamics allows to frame recent findings on …

Recent advances in neuroscience and psychology show that the brain has access to
timelines of both the past and the future. Spiking across populations of neurons in many …

Neuroscientists have observed both cells in the brain that fire at specific points in time,
known as “time cells”, and cells whose activity steadily increases or decreases over time …

Memory formation depends on neural activity across a network of regions, including the
hippocampus and broader medial temporal lobe (MTL). Interactions between these regions …

Human babies, while adorable, are remarkably incompetent. They know essentially no facts
about the world, are unable to perform any but the simplest motor actions, and perform very …

If episodic memory is constructive, experienced time is also a construct. We develop an
event-based formalism that replaces the traditional objective, agent-independent notion of …

Time and space are two intertwined contexts that frame our cognition of the world and have
shared mechanisms. A well-known theory on this case is “A Theory of Magnitude (ATOM)” …