Tom Alisch

The paper investigates phenotypic drift in Drosophila melanogaster, showing it is influenced by genetics and neuromodulation and may be adaptive in fluctuating environments.

This study examines spatiotemporal dynamics of locomotor decisions in Drosophila and humans, showing that future choices can be predicted through sustained locomotor signatures and highlighting the role of sensory and dopaminergic signaling.

The paper introduces MAPLE, a Drosophila-handling robot that automates tasks and experiments, demonstrating its ability to accelerate fly handling and phenotyping while uncovering social interaction patterns.