Unlocking the Mysteries of the Human Brain

At the Kirlaya Group Brain Research Institute, we're pioneering cutting-edge neuroscience to understand cognition, treat neurological disorders, and enhance human potential.

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Research Projects
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Publications
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Team Members
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Partner Institutions

Our Research Focus

We specialize in interdisciplinary approaches to understanding the brain's complexity

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Neurogenetics

Investigating the genetic basis of neurological conditions and developing targeted gene therapies for disorders like Alzheimer's and Parkinson's.

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Brain Imaging

Using advanced fMRI, DTI, and PET imaging to visualize brain structure, function, and connectivity in health and disease.

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Cognitive Neuroscience

Studying the neural mechanisms underlying thought, memory, decision-making, and consciousness using behavioral and neurophysiological methods.

Current Research Projects

Our team is working on several groundbreaking studies to advance our understanding of the brain

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Neural Plasticity in Aging

Investigating how the brain adapts and changes throughout the lifespan and developing interventions to promote healthy cognitive aging.

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Brain-Computer Interfaces

Developing advanced interfaces that allow direct communication between the brain and external devices to restore function in paralysis.

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Neurodevelopmental Disorders

Understanding the early brain development processes that lead to conditions like autism and ADHD, and developing early interventions.

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Recent Publications

Our latest research findings published in leading scientific journals

Neural Correlates of Decision Making Under Uncertainty

Nature Neuroscience 2023

This study identifies specific prefrontal cortex activation patterns during complex decision-making tasks with uncertain outcomes.

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Genetic Markers of Early-Onset Alzheimer's

Cell 2023

Our team has identified three novel genetic variants associated with early-onset Alzheimer's disease in a genome-wide association study.

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fMRI Connectivity Changes in Meditation Practitioners

PNAS 2022

Long-term meditation practice is associated with enhanced functional connectivity between default mode and executive control networks.

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