The Leiden Institute for Brain and Cognition (LIBC) is a network that stimulates interdisciplinary exchange of knowledge and expertise on topics related to brain and cognition and focuses on science valorisation and outreach.

This interdisciplinary minor emphasizes the diversity and complementarity of various cognitive neuroscience approaches to understanding the human brain.

What is the relation between brain development and social and cognitive development across childhood, adolescence and adulthood?

The more opportunities a child has to learn and develop, the stronger his or her future position in society. Leiden University investigates how the brain picks up information, and how learning processes can be influenced positively.

The Leiden Institute for Brain and Cognition is a network that stimulates interdisciplinary exchange of knowledge and expertise on topics related to brain and cognition and focuses on science valorisation and outreach. Its research members come from a broad and diverse spectrum of specialized academic…

Reactions and reaction times in cognitive tasks.

Dementia is a progressive disease, diagnosed at a relatively late stage when intervention may not be effective. Aim of the research is to study scans of brain networks to help discover the early network changes related to dementia. Early diagnosis may benefit effectiveness of future treatment.

General contact information.

The LIBC is actively involved in training and education in the field of brain and cognition.

The LIBC organizes a yearly LIBC Public Scientific Day, Colloquia, Sylvius Lectures and so on.

Yearly, the LIBC organizes a public event to share scientific research in the field of brain & cognition

The LIBC organizes Sylvius Lectures and Colloquia for scientists and students about brain & cognition.

How do humans construct their self?

All brain and/or cognition researchers from Leiden University or the LUMC or colleagues seeking collaboration in this field are most welcome to join the LIBC!

The LIBC is a network focusing on science valorisation and outreach, stimulating interdisciplinary exchange of knowledge and expertise on topics related to brain and cognition. Get to know the support team.

The Brain and Education lab is a research group in the Institute of Education and Child Studies at Leiden University in the Netherlands. We use a Developmental Cognitive Neuroscience approach to study the development of complex cognitive processes involved in learning and academic skills such as reading…

What is the relation between brain development and social and cognitive development across childhood, adolescence and adulthood?

This research profile area brings together descriptive, historical and theoretical linguistics, as well as psycho- and neurolinguistics.

In the track Cognitive Neuroscience we focus on the investigation of the psychological, computational, and neuroscientific bases of human cognition by means of mind and brain research.

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Social anxiety and factors determining school success in children. Brain development in relation to cognitive, social and emotional development in adolescence.

What is the role of emotion regulation in coping with interpersonal feedback?

Which adolescents are more at risk of developing social anxiety disorder later in life?

Neuroimaging research has greatly advanced our insights on how the brain is organized. Now is the time for the next step: Imagine what would be possible when we cannot only map brain-functioning, but use neuroimaging to voluntarily regulate brain-activity!

What is the relationship between outcomes of dynamic testing and cognitive flexibility in young children?

How does the brain develop from birth up to adolescence? And why are young people given so little information about the development of their brain? Two new websites of the Leiden Institute for Brain and Cognition provide an answer.

In this thesis, dynamic testing principles were applied to examine young children's potential for learning. Our studies focused on the role of cognitive flexibility, to further increase our understanding of the cognitive processes involved in children's ability to learn from instruction and feedback,…

The Cognitive Psychology Unit has two main research lines, which focus on basic cognitive (neuro)science and applied cognitive psychology.

Our researchers are experts in the fields of languages, cultures, history, arts, societies and philosophy. Together we cover almost all continents and time periods. Knowledge of these disciplines contributes to a humane, safe and sustainable world.

How to come to valid risk stratification of alcohol use disorder?

Fundamental research teaches us how our brain decides to eat one more sweet, instead of doing exercise. A public information campaign about healthy lifestyle has little impact on the decision, as Professor of General Psychology Bernard Hommel is aware. However, he does know what works. But the question…

The work presented in this thesis addresses the role of the locus coeruleus (LC) - norepinephrine (NE) system in various aspects of human cognition, and the modulation of brain state.

Together with researchers from over the world, the ENIGMA-Anxiety Working Group endeavors to unravel the neurobiology of anxiety disorders and related constructs.

The project aims at highlighting and strengthening Dutch research into the diversity of the world’s languages from a historic and a cognitive perspective.

Our research covers a very broad terrain and has a strong disciplinary basis across a wide range of scientific disciplines and fields.

The research carried out within the unit Health, Medical and Neuropsychology investigates the psychological factors of health and disease, and the development of innovative treatment.

The research programme Formal Theoretical and Experimental Linguistics brings together LUCL researchers who focus mainly on formal theoretical and experimental linguistics.

In the future, physicians may be able to identify dementia much earlier than they can today because a computer algorithm will be able to predict from brain scans how our memory is going to develop.

The Leiden Institute for Brain and Cognition (LIBC) is concentrating increasingly on research into the role of the brain in language development. The institute has now set up the LIBC Language website that brings together all the information on this research.

How does stress influence cognitive performance? What is the role of selective attention to threatening information in this effect? Could we prevent stress-induced decline of cognitive performance with pharmacological interventions? Could we use resting state theta/beta ratio as a biomarker for cognitive…

How is structural and functional brain development related to behavioral change in cognitive-control, impulse regulation, and socio-emotional functioning?

Toward optimal measurement and greater understanding of youth cognition in school refusal and cognitive behavioural therapy outcome

How can we implement the technique of pharmacological resting-state fMRI to improve the diagnosis of dementia?

This minor focuses on the cognitive processes that influence the interaction between the brain and the mind.

How do people acquire language? How can you train your brain? What is the effect of stress on an unborn child? LIBC research topics range from language processing to cognitive robotics, and from psychiatric disorders to the impact of social factors on human behaviour. Meet several main research topics…

What is the neurocognitive structure of human navigation ability? What different types of navigation impairment can be distinguished? How can navigation impairment best be diagnosed and treated? How can tools like serious gaming and virtual reality be used to diagnose and treat navigation impairment…

Knowledge and culture subproject 3:

Social science research helps us understand human behaviour and social structures. These are determined by various factors, which makes the research complex and increases the likelihood of drawing the wrong conclusions. The choice of research method and analysis is therefore extremely important. It…

Neuroscientist Anne Hafkemeijer is able to distinguish two different forms of dementia using advanced imaging techniques. This is the first step towards early recognition of dementia in patients on the basis of brain networks. PhD defence 26 May.