Ryad Benjamin Benosman

This study shows that APP overexpression and Aβ exposure affect neural activity differently in immature and mature cultures, suggesting distinct roles in Alzheimer's disease mechanisms.

The paper evaluates an optogenetic construct for vision restoration in non-human primates, demonstrating high temporal resolution and visual acuity above legal blindness.

This study uses large-scale spiking neural networks to simulate cortical optogenetic stimulation and develops a protocol for translating visual stimuli into light activation patterns for vision restoration.

This study shows that higher refresh rates (360Hz) lead to stronger EEG responses to motion patterns compared to lower rates (60Hz), suggesting the visual cortex uses fine temporal information for better perception.

This study shows that high temporal sub-millisecond stimulation improves discrimination performance in retinal prosthetics compared to conventional frame rates.

The paper develops a model to predict ChrimsonR's electrochemical behavior under light stimulation, capturing its dynamics and adaptation mechanisms for optogenetics applications.