We propose and empirically support a parsimonious account of intrinsic, brain-wide
spatiotemporal organization arising from traveling waves linked to arousal. We hypothesize …

Significant evidence supports the view that dopamine shapes learning by encoding reward
prediction errors. However, it is unknown whether striatal targets receive tailored dopamine …

A prevalent model is that sharp-wave ripples (SWR) arise 'spontaneously'in CA3 and
propagate recent memory traces outward to the neocortex to facilitate memory consolidation …

Calcium imaging is commonly used to visualize neural activity in vivo. In particular,
mesoscale calcium imaging provides large fields of view, allowing for the simultaneous …

Cognition arises from the dynamic flow of neural activity through the brain. To capture these
dynamics, we used mesoscale calcium imaging to record neural activity across the dorsal …

There is growing evidence that population-level brain activity is often organized into
propagating waves that are structured in both space and time. Such spatiotemporal patterns …

The current deep learning based spatio-temporal action localization methods that using
motion information (predominated is optical flow) obtain the state-of-the-art performance …

Widefield calcium imaging has recently emerged as a powerful experimental technique to
record coordinated large-scale brain activity. These measurements present a unique …

Numerous studies have identified traveling waves in the cortex and suggested they play
important roles in brain processing. These waves are most often measured using …

Significant evidence supports the view that dopamine shapes reward-learning by encoding
prediction errors. However, it is unknown whether dopamine decision-signals are tailored to …