
Amsterdam, Netherlands

Amsterdam, Netherlands

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students
A leading figure in neuro-immunology, her work has been instrumental in understanding how the immune system and the brai... View More
A leading figure in neuro-immunology, her work has been instrumental in understanding how the immune system and the brain interact in health and disease, leading to new perspectives on treating neurodegenerative conditions. View Less
Now a senior scientist at a major pharmaceutical company, she applies her expertise in molecular neuroscience to lead dr... View More
Now a senior scientist at a major pharmaceutical company, she applies her expertise in molecular neuroscience to lead drug discovery programs for psychiatric disorders, bridging the gap between academic research and clinical application. View Less
A world-renowned vision scientist, his research focuses on the retinal circuits underlying color vision and how these ci... View More
A world-renowned vision scientist, his research focuses on the retinal circuits underlying color vision and how these circuits fail in hereditary blindness, driving the development of innovative therapeutic strategies. View Less
The below information is required while
completing the university application :
The Netherlands Institute for Neuroscience does not offer Bachelor's or Master's degree programs directly. It is exclusively a research institute that hosts PhD students. To become a PhD candidate at the NIN, applicants must:
Hold a Master's degree (or equivalent) in Neuroscience, Biology, Medicine, Physics, Computer Science, or a closely related field from a recognized university.
Demonstrate excellent academic performance and a strong motivation for research.
Have relevant laboratory research experience, often gained during their Master's thesis project.
Apply for specific, advertised PhD positions, which are highly competitive.
Know more


NIN scientists developed and shared a comprehensive set of viral vectors for tracing neural connections, which has become a gold-standard tool used by neuroscientists worldwide.
The formal establishment of this interdisciplinary theme consolidated the institute's world-leading position in exploring the critical relationship between sleep, memory, and brain health.
A leading NIN professor was awarded a highly competitive ERC Advanced Grant for his innovative research on the mechanisms of visual perception and processing.
NIN researchers made significant contributions to the understanding of place cells and grid cells, the neural basis for spatial navigation, a discovery that was later awarded a Nobel Prize.
Prof. Swaab received the highest Dutch scientific award for his groundbreaking work on the human brain, particularly his research on brain development, sexual differentiation, and Alzheimer's disease.
Seminal research by NIN scientists mapped the functions of the hypothalamus, establishing its critical role in regulating basic bodily functions like temperature, hunger, and thirst.
The founding of the institute itself, originally as the "Central Institute for Brain Research," marked a national commitment to dedicated, centralized brain research.
Developed a targeted gene therapy approach that silences a key pain-sensing gene in neurons, offering a potential long-lasting and non-addictive treatment for chronic pain.
NIN researchers identified a novel hybrid brain cell that has properties of both neurons and astrocytes, challenging traditional classifications and opening new avenues for understanding brain function.
Discovered how the fruit fly's brain uses a sophisticated algorithm to take rapid "snapshots" of its environment to stabilize flight, providing key insights into sensorimotor processing.
A groundbreaking approach where NIN scientists used gene therapy to make retinal cells light-sensitive, partially restoring vision in blind mice, paving the way for potential treatments for inherited blindness.
Pioneered techniques for serial block-face scanning electron microscopy (SBEM), allowing for the automatic and high-resolution 3D reconstruction of neural circuits at an unprecedented scale.
NIN researchers were pivotal in discovering that a lack of the neuropeptide Orexin (hypocretin) in the brain is the primary cause of narcolepsy, a major breakthrough in understanding sleep disorders.
A unique and world-renowned tissue bank that collects, stores, and distributes post-mortem human brain tissue from donors with and without neurological diseases, serving as an invaluable resource for researchers globally.

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