Active sensing behaviors reveal what an animal is attending to and how it changes with
learning. Gymnotus sp., a gymnotiform weakly electric fish, generates an electric organ …

Cortical activity precedes self-initiated movements by several seconds in mammals; this
observation has led into inquiries on the nature of volition. Preparatory neural activity is …

Weakly electric fish are unique model systems in neuroethology, that allow experimentalists
to non-invasively, access, central nervous system generated spatio-temporal electric …

Long-term behavioral tracking can capture and quantify natural animal behaviors, including
those occurring infrequently. Behaviors such as exploration and social interactions can be …

In order to survive, animals must quickly and accurately locate prey, predators, and
conspecifics using the signals they generate. The signal source location can be estimated …

The neural basis of spontaneous movement generation is a fascinating open question. Long-
term monitoring of fish, swimming freely in a constant sensory environment, has revealed a …

Closed-loop activity-dependent stimulation is a powerful methodology to assess information
processing in biological systems. In this context, the development of novel protocols, their …

Pulse-type weakly electric fishes communicate through electrical discharges with a
stereotyped waveform, varying solely the interval between pulses according to the …

Two techniques of non-parametric change point detection are applied to two different
neuroscience datasets. In the first dataset, we show how the multivariate non-parametric …

Temporal code-driven stimulation is a new closed-loop stimulation method for information
processing research in biological systems. The biological signal is processed and an event …