Advancing the Study of the Human Brain and Behavior Through Cutting-Edge Technology
The Neuropsychophysiology Research Laboratory at Üsküdar University is an advanced research facility dedicated to the scientific investigation of the human brain, cognitive processes, attention, perception, emotion, and behavior. Equipped with state-of-the-art technologies—including Electroencephalography (EEG), Eye Tracking, Virtual Reality (VR), and biophysiological measurement systems—the laboratory supports education and research in psychology, neuroscience, health sciences, and behavioral sciences.
Designed to facilitate interdisciplinary research, the laboratory provides undergraduate and graduate students, as well as academic researchers, with a modern technological infrastructure for scientific studies. By enabling highly accurate, real-time recording and analysis of physiological data, the laboratory contributes to the generation of reliable scientific evidence on the biological foundations of human behavior.
Research Areas
The Neuropsychophysiology Research Laboratory supports scientific studies in the following areas:
- Cognitive processes and cognitive neuroscience
- Attention and perception research
- Learning and memory
- Decision-making mechanisms
- Emotion regulation and stress research
- Physiological foundations of human behavior
- Clinical psychology research
- Neuropsychological assessment
- Human–computer interaction
- Virtual Reality (VR) applications
- Educational technology research
- Health sciences research
Technologies Available in the Laboratory
Electroencephalography (EEG)
The EEG system measures the brain's electrical activity with millisecond precision, enabling scientific analysis of cognitive processes such as attention, perception, memory, learning, and decision-making. EEG is one of the most widely used neurophysiological measurement techniques in psychology, neuroscience, and clinical research.
Eye Tracking System
Eye Tracking technology accurately records eye movements, gaze patterns, and visual attention, allowing researchers to analyze visual perception and cognitive processes. It is widely used in psychology, education, user experience (UX), marketing, and neuroscience research.
Virtual Reality (VR)
Virtual Reality technology enables researchers to create controlled experimental environments that simulate real-life scenarios. This allows participants' cognitive, emotional, and behavioral responses to different environmental stimuli to be studied under safe, standardized, and repeatable conditions.
Shimmer Biophysiological Measurement System
The Shimmer system simultaneously records physiological parameters such as heart rate, skin conductance, respiration, and other biophysiological signals, providing objective assessment of participants' physiological responses during experimental studies.
Who Can Use the Laboratory?
The Neuropsychophysiology Research Laboratory supports the scientific research of undergraduate and graduate students, as well as faculty members, in disciplines including:
- Psychology
- Neuroscience
- Health Sciences
- Behavioral Sciences
- Engineering
- Educational Sciences
The laboratory provides the technological infrastructure required for interdisciplinary research projects, undergraduate and graduate theses, scientific publications, and national and international research collaborations.
Contribution to Scientific Research
The Neuropsychophysiology Research Laboratory facilitates studies exploring the physiological basis of human behavior, as well as contemporary research topics including cognitive performance, attention, emotion regulation, learning processes, and human–machine interaction.
By integrating EEG, Eye Tracking, Virtual Reality, and biophysiological measurement systems within a single research infrastructure, the laboratory enables researchers to collect and analyze multidimensional data, significantly enhancing the quality and scope of scientific research.
Frequently Asked Questions
What equipment is available in the Neuropsychophysiology Research Laboratory?
The laboratory is equipped with Electroencephalography (EEG), Eye Tracking systems, Virtual Reality (VR) technology, and Shimmer biophysiological measurement systems.
What is the EEG system used for?
The EEG system measures the brain's electrical activity and is used to assess cognitive processes such as attention, memory, perception, learning, and decision-making.
What types of research use the Eye Tracking system?
Eye Tracking technology is used in studies involving attention, visual perception, user experience (UX), education, marketing, psychology, and neuroscience.
How is the Virtual Reality laboratory used in research?
Virtual Reality technology is used to create controlled experimental environments for research on cognitive performance, emotion regulation, attention, learning processes, behavioral analysis, and experimental psychology.
Which academic departments benefit from the laboratory?
The laboratory primarily supports interdisciplinary research conducted in Psychology, Neuroscience, Health Sciences, Behavioral Sciences, Educational Sciences, and Engineering.
Can undergraduate and graduate students use the laboratory?
Yes. The laboratory provides research infrastructure for undergraduate, master's, and doctoral students conducting coursework, research projects, and thesis studies.
How does the laboratory contribute to scientific research?
By utilizing advanced measurement technologies, the laboratory enables researchers to obtain objective, reliable, and highly accurate physiological data, thereby improving the quality, validity, and scientific impact of research studies.
