Andreï S. Kozlov

The paper studies how auditory cortical neurons integrate natural stimuli, finding they can perform multiple integration functions, unlike artificial networks with fixed activation functions.

The paper investigates whether astrocytes in the auditory cortex of mice exhibit stimulus-selective receptive fields similar to neurons, finding partial overlap but distinct encoding of sensory features.

This paper introduces a foldable, transient bioelectronic implant that measures physiological markers and autonomously unfolds after implantation for wireless operation.

This study examines gamma-band EEG functional network changes in a traumatic brain injury model, revealing reorganization and potential metabolic drivers linked to seizure risk.

This paper introduces BiWaveGAN, a GAN that generates realistic ultrasonic vocalisations from mice and probes neuronal responses to synthetic stimuli.

This study examines electrophysiological and histopathological changes in a rat model of mild blast-induced TBI, finding increased gamma connectivity, EEG power, and reduced GABA interneuron density.

This paper introduces a flexible neural network layer that mimics biological neuron behavior, improving robustness to adversarial examples and enhancing performance with small or noisy datasets.

The paper investigates composite receptive fields in mouse auditory cortex using natural and artificial stimuli, finding they are a generic property across species.

The paper develops a method to rapidly stimulate inner-ear hair cells using photonic force, demonstrating its application to vestibular and cochlear hair cells.