Rotem Ruach

The paper shows how C. elegans uses dynamic neuron interactions to enhance discrimination of similar chemical stimuli despite having a limited number of sensory neurons.

This study identifies how associative memories are encoded in C. elegans neural networks, showing short-term memories are in sensory systems while long-term memories are in inner layers.

The paper examines synaptic organization in C. elegans neurons and finds that synapses cluster along neurites, supporting local compartmentalized computations.

The paper shows how a GPCR negative feedback loop in C. elegans enables efficient encoding of complex chemical stimuli through adaptation and gradient sensitivity.