Tag
The paper introduces SCAMPER, a variational system with separate motion and behavior priors for training an embodied virtual rat model that produces natural movements during both goal-directed behavior and random exploration, enabling learning from sparse rewards typical of neuroscience tasks.
The paper introduces a self-supervised representation learning framework that uses temporal proximity as supervision to learn compact representations from short-term animal movement trajectories, showing they reveal individual identity and learning progress in freely behaving rats.
A scientific study has documented grieving behavior in stillborn humpback whales, offering insights into emotional responses in marine mammals.
Chimpanzees learn tool use through social teaching, where adults model behavior and transfer tools to offspring, as per a new study in Frontiers in Psychology.
This paper presents a valence-aware social-network framework using computer vision to analyze interactions in dairy cattle, revealing contrasting affiliative and agonistic network structures that emphasize the importance of interaction valence in social network analysis.
A scientific study analyzing whether galahs (Eolophus roseicapilla) experience positive affect after flying, exploring the emotional experience of flight in birds.
A study published in the Journal of the Royal Society Interface reveals that male dragonflies use simple tactical rules during aerial dogfights, similar to human fighter pilots, with potential applications for smarter drone navigation.
Heat waves impair animal cognition, causing birds to struggle with learning and increased aggression, with potential ecological impacts as climate change advances.
A discussion or comparison of interaction patterns between beluga whales and spot (likely a specific animal or organism), focusing on organic versus non-organic behavioral dynamics.