Cognitive Electrophysiology

 

 

Cognitive Electrophysiology

The Cognitive Electrophysiology Laboratory is equipped with a 128-channel Brain Products EEG recording system, along with electrode caps that allow recordings with 32, 64, or 128 channels using standard electrode placements. This system enables high temporal resolution recordings of brain activity. In the laboratory, sensory, motor, or cognitive tests can be conducted simultaneously with EEG recordings. Data is collected inside a Faraday cage, which isolates the recordings from sound and electromagnetic interference, and is stored on a computer in a format suitable for processing with various signal analysis programs. The Cognitive Electrophysiology Laboratory also has the necessary software infrastructure for advanced data analysis. The lab's facilities support graduate-level training, thesis projects, and both national and international research initiatives. The laboratory is also open to research collaboration requests from scientific institutions..

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Prof. Dr. Hulusi Kafalıgönül

                           

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Dr. İlkem Güzel

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Lect. Dr. Hazal Artuvan Korkmaz

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Mustafa Özaydın (Phd Student)

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Kaan Berk Taç (postgraduate)

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Betül Demiray (undergrad)

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Aymila Pekel (undergrad)

 

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Ömer Enes Akgün (undergrad)

 

 

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Attentional demands in the visual field modulate audiovisual interactions in the temporal domain.

Yilmaz, S.K., Kafaligonul, H. (2024). Human Brain Mapping, 45(12), e70009.

 

 

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The phase coherence of cortical oscillations predicts dynamic changes in perceived visibility.

Akdogan, I., Ogmen, H., Kafaligonul, H. (2024). Cerebral Cortex, 34(9), bhae380. 

 

 

 

 

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Behavioral and ERP evidence that object-based attention utilizes fine-grained spatial mechanisms.

Catak, E.N., Ozkan, M., Kafaligonul, H., Stoner G.R. (2022). Cortex, 151, 89-104.

 

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Neural correlates of metacontrast masking across different contrast polarities

Aydin, A., Ogmen, H., Kafaligonul, H. (2021).  Brain Structure and Function, 226, 3067-3081.

 

 

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Audiovisual interactions in speeded discrimination of a visual event

Kaya, U., Kafaligonul, H. (2021).  Psychophysiology, 58, e13777.

 

 

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Short- and long-term forms of neural adaptation: an ERP investigation of dynamic motion aftereffects

Akyuz, S., Pavan, A., Kaya, U., Kafaligonul, H. (2020).Cortex, 125, 122-134.

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Cortical processes underlying the effects of static sound timing on perceived visual speed

Kaya, U., Kafaligonul, H. (2019). Neuroimage, 199, 194-205.

 

 

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E-posta: aubeyinarastirmalari@gmail.com, gozde.vatansever@ankara.edu.tr

Telefon: (312) 595 8060

Adres: Ankara Üniversitesi Tıp Fakültesi Morfoloji Kampüsü
Dekanlık Binası Fizyoloji Anabilim Dalı, Beyin Görüntüleme Laboratuvarı
Sıhhiye/Ankara