Gonzalo G. de Polavieja

The paper shows how houseflies maintain visual accuracy during fast motion by using synaptic high-frequency jumping, which enhances visual bandwidth and reduces delays.

The paper investigates the phenotypic impact of individual conserved neuronal microexons and their regulators in zebrafish, finding that microexon deletions have mild effects while Srrm3/4 loss causes severe neurodevelopmental and behavioral changes.

The paper introduces a new idtracker.ai that improves multi-animal tracking by reframing it as a representation learning problem, enhancing accuracy and reducing tracking time.

The paper introduces CLaP, a transformer-based model that integrates DNA sequences and ATAC-seq data to improve chromatin modeling, achieving high accuracy in predicting genomic signals and detecting CTCF binding sites.

This study analyzes whistle variability and social acoustic interactions in bottlenose dolphins, finding structured patterns and functional roles in their vocalizations.

This study shows that early-life social isolation in larval zebrafish increases social avoidance behaviors, mediated by the lateral line sensory system.

The paper shows how adversarial perturbations can create deceptive visual signals in animals, leading to exaggerated color patterns that remain evolutionarily stable.

This paper proposes a unified ecological model combining neutral and niche theories by using a game theory approach with an attractor hyperplane to explain species abundance and competition dynamics.

This study shows Drosophila can see moving objects with high acuity despite their compound eyes, due to specialized photoreceptor function and microsaccadic movements.