Johannes Wetekam

This study investigates how temporal and spectral predictions contribute to auditory detection, finding they have distinct effects but interact synergistically to enhance perceptual sensitivity.

This study uses auditory brainstem responses to show rapid, stimulus-specific deviance detection in the human inferior colliculus, aligning with animal findings and bridging human and animal research gaps.

The paper examines stimulus-specific adaptation in bat brains using natural distress vocalizations, finding limited SSA but context-dependent responses in frontal neurons.

This study investigates deviance detection in bat auditory brainstem responses to natural stimuli, showing stronger responses to echolocation pulses than social calls or artificial sounds.

The paper develops a neuron model with unbalanced synaptic weights to explain how ketamine affects auditory cortex responses differently to echolocation and communication sounds in bats.

This study shows that echolocation in bats reverses information flow in the fronto-auditory cortical network, with bottom-up transfer during echolocation and top-down during communication.