Temporal interference stimulation with concurrent intracranial recording
Testing a noninvasive deep-brain stimulation method against electrodes already inside the brain.
Evan Brady
Clinical research scientist, working across an epilepsy surgery program and a neuromodulation lab.
Some epilepsy patients have electrodes placed directly in the brain so their clinical team can find where seizures start. While those electrodes are in, the same recordings can show what stimulation applied at the scalp is doing to the structures underneath — measured, rather than inferred from a model. That is the rare opportunity the work is built around.
Testing a noninvasive deep-brain stimulation method against electrodes already inside the brain.
Rebuilding a gamified memory paradigm as a VR environment with biosensing wired in.
Designing and validating the cognitive tasks that make a stimulation effect visible.
Why intracranial recordings get re-referenced before anything else happens to them.