Eren Gunseli

E-mail : eren.gunselisabanciuniv.edu

Personal web page

Education :

2015, Ph.D Cognitive Psychology, Vrije Universiteit Amsterdam

2011, M.A Cognitive Psychology, Boğaziçi University

2008, B.S Physics, Boğaziçi University

Work Experience :

Columbia University, New York (2017-2020)

University of Chicago, Chicago (2015-2017)

Areas of Interest :

Working memory, episodic memory, attention, cognitive control.

Awards :

BAGEP - The Academy of Science Young Scientist Award - Bilim Akademisi 2023

Membership :

Cognitive Neuroscience Society, National Science Academy, Psychonomic Society, Vision Sciences Society

Publications :

Article

Günseli, Eren and Foster, Joshua J. and Sutterer, David W. and Todorova, Lara and Vogel, Edward K. and Awh, Edward (2024) "Encoded and updated spatial working memories share a common representational format in alpha activity", iScience, Vol.27, No.2 (SCI)

Nolden, Sophie and Turan, Gözem and Güler, Berna and Günseli, Eren (2024) "Prediction error and event segmentation in episodic memory", Neuroscience and Biobehavioral Reviews, Vol.157 (SCI)

Şentürk, Yağmur Damla and Ünver, Nursima and Demircan, Can and Egner, Tobias and Günseli, Eren (2024) "The reactivation of task rules triggers the reactivation of task-relevant items", Cortex, Vol.171, 465-480 (SCI, SSCI)

Güler, Berna and Adıgüzel, Zeynep and Uysal, Bilge and Günseli, Eren (2024) "Discrete memories of a continuous world: a working memory perspective on event segmentation", Current Research in Behavioral Sciences, Vol.6 (ESCI)

Ataseven Özdemir, Nursena and Ünver, Nursima and Günseli, Eren (2023) "How does divided attention hinder different stages of episodic memory retrieval?", Current Research in Behavioral Sciences, Vol.5 (NA)

Serin, Fatih and Günseli, Eren (2023) "Internal attention is the only retroactive mechanism for controlling precision in working memory", Attention, Perception, and Psychophysics, Vol.85, No.5, 1375-1386 (SCI, SSCI)

Günseli, Eren and Aly, Mariam (2020) "Preparation for upcoming attentional states in the hippocampus and medial prefrontal cortex", eLife, Vol.9 (SCI, SSCI)