The Human Neural Dynamics Lab
We seek to understand how the brain encodes and prioritizes information in dynamic, multisensory, real-world environments.
Our research focuses the on neural mechanisms that process natural continuous stimuli, such as speech and music, and the mechanism involved in controlling and focusing attention.

PI: Prof. Elana Zion Golumbic
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![]() Elana_Golumbic_(MEG)_7.1_(23) | ![]() IMG_2177 | ![]() cEEGrid |
![]() 20230725_190028 | ![]() בית ספר 3 | ![]() new MEG |
![]() EEG | ![]() EyeTracker |
Our Research
From the Lab to Real life
Our research utilizes a range of techniques for recording electric and magnetic signals from the human brain (EEG, MEG, and mobile imaging technology), as well as advanced psychophysical tools (eye tracking, virtual reality, skin-conductance, psychoacoustics). This rich methodological repertoire allows us to study the system at multiple levels, both in the lab and in real-life settings, and gain a wide perspective on the link between brain and behavior.

MEG & EEG

EEG and Virtual Reality

In-school mobile EEG