top of page

Principal Investigator

BERNHARD STARESINA

Professor of Cognitive Neuroscience

google-scholar-logo.png
  • Black Twitter Icon
bernhard_pic_square.png
bernhard_eeg.png

Lab Manager/Research Assistants

Polina Perzich.png
eeg_or_balaclava.heic

POLINA PERZICH

Prior to her time as a MSc student at the Institute of Cognitive Neuroscience at UCL, Polina completed a BSc in Psychology at the University of Exeter. Polina is interested in the relationship between sleep and plasticity and supports the day-to-day running of the lab. 

Postdoctoral Researchers

Kehl_Marcel_homepage_Bernhard.png
MARCEL_FUNNY.png

MARCEL KEHL

Marcel investigates memory consolidation using human single-neuron recordings and iEEG, focusing on the impact of multi-modal stimulation during sleep including closed-loop techniques. With a Medical Degree from the University of Bonn and a Masters in Physics from the University of Toronto, he pursued his PhD in Neuroscience under Prof. Mormann at the University of Bonn. He is funded by the ERC.

pinchun.jpg
PinChunFunny.jpg

PIN-CHUN CHEN

Pin-Chun investigates sleep-dependent cognitive enhancement using EEG, fMRI, and iEEG. Prior to joining the lab, she completed her PhD in Cognitive Sciences from the University of California, Irvine (USA), followed by one year of postdoctoral training at the University of Pennsylvania (USA). She is funded by the Marie Skłodowska-Curie Actions.

simonF.JPG
simon-funny.png

SIMON FAGHEL SOUBEYRAND

Simon is interested in understanding how the specific content of our percepts and experiences guides behaviour. He uses a combination of EEG, psychophysics, and machine learning to probe these processes. Simon completed his PhD at the Université de Montréal and is a Royal Society Newton International Fellow.

PhD Students

JUDE THOM

Jude explores neural activity relating to the formation and retrieval of memories, with a particular interest in using closed-loop systems to influence memory performance. He is funded by the BBSRC.

JT_profile.png
paint_me_like_a_french_girl.jpeg

           jude.thom@linacre.ox.ac.uk

MATHEW KOLLAMKULAM

Mathew is interested in using multimodal brain imaging methods (EEG, fMRI and structural MRI) to investigate the neural mechanisms underlying memory consolidation in humans. He is funded by the Clarendon scholarship.

MTK.png
MTK_fuunny.png

MANQI SHA

Manqi explores memory processing during sleep using EEG, iEEG, and fMRI. She completed her Master's degree in Beijing Normal University and is funded by the China Scholarship Council-University of Oxford Scholarship.

MANQI_edited.jpg
MicrosoftTeams-image (10).png

            manqi.sha@lincoln.ox.ac.uk

Masters Students

GLORIA CHARITE

Gloria is interested in understanding the neural mechanisms underlying encoding and retrieval. Prior to coming to Oxford, she was a member of the Dynamic Perception and Memory Lab at Columbia University where she investigated how encoding processes modulate retention in a classroom context. She is a Rhodes Scholar, and, in the future, she hopes to contribute to bridging the gap between cognitive psychology research and education practices.  

Gloria Pic2.JPG
Image (4)_edited.jpg

Visiting Scholars

SOPHIA WILHELM

sophia.jpg

Sophia is interested in the connection between working memory and sleep, specifically how plasticity mechanisms important for working memory functions could be supported by sleep. She uses EEG combined with multivariate pattern analyses to investigate the neuronal substrates of working memory. Sophia is completing her PhD at the University of Groningen in the Netherlands. 

Alumni

Philipp Buechel - Visiting scholar
Thomas Schreiner - Post Doc

Heidrun Schultz - Post Doc
Matthias Treder - Post Doc
Hong-Viet Ngo - Post Doc
Marit Petzka - PhD Student
Oliver Ratcliffe 
- PhD Student
Nicola El Mar - ClinPsyD Student

Janina Klingspohr - Visiting scholar
Joseph Danby - MSc Student
Dino Santis - MSc Student
Zainab Alyobi - MSc Student
Andrea Marchina - Visiting scholar
Manqi Sha - Visiting Scholar
Alex Chatburn - Visiting Scholar

 

bottom of page