Theodore Thayib joined our BME lab as a summer undergrad student to help us with a challenging task to visualize brain activity collected from over 150 patients remembering lists of words. Theo’s skills and talents…
Cagdas Topcu – the early stage researcher in our BME lab – shared his ideas on the largest gathering of clinical neurophysiologists in Europe, which took place this June in the capital of Poland. His…
It is our great pleasure to announce that our recent discovery published in the article entitled: ‚Pupil size reflects successful encoding and recall of memory in humans’ received over two thousand article views in 2018, placing it…
The first quarter of 2019 is marked with a major milestone for our BME lab. We collected behavioral and electrophysiological recordings from 128 channels of multiple electrodes implanted in three patients when they were performing…
This month Cagdas Topcu, PhD student in our BME lab, presented his first results on the ‚Mayo Clinic Annual Research Day’ symposium in Rochester, Minnesota, USA. His poster entitled: ‚Data-driven selection of active iEEG channels…
Where is memory encoded in the brain? Is there one or multiple brain regions involved? How is it organized in anatomical space and time of memory encoding? In our latest article published this month in…
Members of the BME lab, Michal Lech and Michal Kucewicz, have just published a paper in Frontiers in Neurology with Prof. Andrzej Czyżewski from the Multimedia Systems Department of Gdansk University of Technology’ entitled: ‘Human…
Our postdoc, Michal Lech, and Ph.D. student, Cagdas Topcu, officially started their research training with our strategic partner Mayo Clinic on December 3rd after arriving to Minnesota in a heavy blizzard (Winters start early in…
Dr. Kucewicz comments on the progress of brain stimulation technologies for the popular science magazine ‘New Scientist’ In the article ‘Can you supercharge your memory?’ published on Oct 24th in the ‘Memory special’ issue of the…
It is almost philosophical to think that our mental representations, imagery, reasoning, and reflections are generated by electrical activity of interconnected brain cells. And even more so is to think that these abstract phenomena of…
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