Steffen Schneider

This study compares speech processing models to EEG data, finding that predictive information encoding in latent space better explains neural activity than compression or prediction alone.

This paper introduces NTVE, a non-destructive transcriptomics method using vesicular export to monitor RNA dynamics in living cells over time.

The paper decodes stimulus identity and network state from calcium imaging in mice across different anesthesia states, showing preserved stimulus information even during deep anesthesia.

The paper uses a mouse forelimb model to show that sensorimotor prediction errors are encoded in S1 cortex more than M1 during motor adaptation.

The paper identifies neural ensembles in the extended amygdala of mice that encode diverse behaviours across contexts and links these ensembles to gene expression profiles associated with psychiatric and neurodegenerative disorders.

The paper introduces a genetic iron-biomineralizing nanocompartment for multiplexed EM gene reporter imaging in mammalian cells.