nvmslot898 slot demo https://ejurnal.sttkadesiyogyakarta.ac.id/cor4d/ Cognitive and Neuroscience (CCN) Lab

Cognitive and Neuroscience (CCN) Lab

Cognitive and Neuroscience (CCN) Lab is the state-of-the-art research facility based in the Department of Psychology, Foundation University School of Science and Technology. The CCN is the hub of a multi-disciplinary approach integrating expertise from various fields such as psychology, neuroscience, and biology to understand the chemistry, structure, and function of the human brain. Cognitive and Neuroscience (CCN) Lab is a premier research facility in the country using cutting-edge techniques and advanced equipment. Our facilities include a high-density electroencephalography (EEG-Lab) and plans for expansion to magnetic resonance imaging systems including FMRI, whole-head magnetoencephalography, transcranial magnetic stimulation, transcranial direct current stimulation, a three-bedroom sleep lab, and high-performance parallel computing.

Cognitive and Neuroscience (CCN) Lab is focused on the development of fundamental theories of cognitive and neural processing and their application to solving pressing human problems. While our research seeks to further our understanding of human behavior at multiple levels of analysis (social, behavioral, cognitive, neural), it is always inspired by the aim to create a positive impact in the real world.

Cognitive and Neuroscience (CCN) Lab aims to advance our understanding of the interplay between neural and cognitive processes. This interdisciplinary effort currently involves [~number of researchers in our lab] researchers from a variety of disciplines including psychology, biology, linguistics, sports and exercise science, law, neurology, and psychiatry. The CCN facilitates the translational research needed to address today's pressing health and societal challenges.

Research

Aims of the Center for Cognitive and Neuroscience

Research cluster and brain dynamics

This research cluster investigates predictive information processing and its association to different conscious experiences using MEG, EEG, and fMRI measurements. We look at auditory predictions and how those relate to tinnitus and other maladaptive phenomena. We also explore semantic predictions under different levels of consciousness and levels of skill as well as sensory predictive processing and its relationship to decision making and abnormalities thereof.

Cognitive neurosciences and brain disorders

This research cluster investigates the implementation of cognitive processes and their modulation by brain disorders. For instance, we investigate commonalities across disorders, viewing them along dimensions such as brain structure, function, and endocrinology, rather than distinct categories. Our approaches include characterizing the brain's connectivity patterns as a defining measure of brain function beyond topographical aspects. With such approaches, we aim to develop precise biomarkers for clinical diagnosis, treatment planning, and patient monitoring.

Development aspects of cognition

By studying infants and children from prenatal stages until the end of adolescence, this cluster investigates the course of normal and atypical development, as well as its influencing factors.

Hormones and the brain

Hormones regulate a variety of psychological functions, including our response to stress, social interactions, attachment, sleep, and reproduction. The cluster is interested in the neurobiological underpinnings and neural correlates of these effects.

Sleep, cognition, and consciousness

This research cluster explores the interplay between consciousness and cognition. On the one hand, we study how information processing changes in states of altered consciousness such as natural sleep, and on the other hand, we focus on cognitive processing in newborns and young infants. The choice of method given the study topic is usually (high-density) EEG and/or MEG.

Research Projects

Explore our ongoing research projects, each aimed at addressing fundamental questions in cognitive and neuroscience. From studying memory formation to unraveling the neural basis of decision-making, our projects span a wide range of topics, fueled by curiosity and driven by innovation.

Our Team

Learn more about our esteemed director, Dr. Aqeel, whose leadership guides our center's vision and fosters a culture of excellence in research and education. With a wealth of experience and a passion for advancing knowledge, Dr. Aqeel inspires our team to push the boundaries of cognitive and neuroscience research.

Contact Us

Get in touch with us to learn more about our center, inquire about research opportunities, or explore collaboration possibilities. We welcome inquiries from students, researchers, and industry partners interested in joining us on our quest to unlock the secrets of the human mind.

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