Determining how neuronal activity represents sensory information is central for
understanding perception. Recent work shows that neural responses at different timescales …

Adaptation is fundamental to life. All organisms adapt over timescales that span from
evolution to generations and lifetimes to moment-by-moment interactions. The nervous …

Learning from instructions or demonstrations is a fundamental property of our brain
necessary to acquire new knowledge and develop novel skills or behavioral patterns. This …

We investigated the hypothesis that neurons encode rich naturalistic stimuli in terms of their
spike times relative to the phase of ongoing network fluctuations rather than only in terms of …

In primates, the sense of touch has traditionally been considered to be a spatial modality,
drawing an analogy to the visual system. In this view, stimuli are encoded in spatial patterns …

In many cases, neurons process information carried by the precise timings of spikes. Here
we show how neurons can learn to generate specific temporally precise output spikes in …

When a neuron responds to a sensory stimulus, two fundamental codes [1–6] may transmit
the information specifying stimulus identity—spike rate (the total number of spikes in the …

Understanding how populations of neurons encode information is the challenge faced by
researchers in the field of neural coding. Focusing on the many mysteries and marvels of the …

What any sensory neuron knows about the world is one of the cardinal questions in
Neuroscience. Information from the sensory periphery travels across synaptically coupled …

Climbing fiber input produces complex spike synchrony across populations of cerebellar
Purkinje cells oriented in the parasagittal axis. Elucidating the fine spatial structure of this …