
TOLPYHINA.NEURO.LAB
Tolpyhina.Neuro.Lab operates as a self-funded lab dedicated to innovation in neurodevelopmental research, intervention, and professional education. Our mobile, multi-modal research lab dedicated to exploring brain function, cognition, motor, autonomic regulation, visual behavior, recovery from trauma and high-performance processes across children, adults, and athletes. We integrate state-of-the-art technologies to provide comprehensive, synchronized datasets for developmental, cognitive, and performance research. The lab focuses on understanding how, the brain, body, and environment interact to shape attention, focus, emotion, movement, and learning. Laboratory founded and directed by Yuliya Tolpyhina, PhD Candidate at the Hebrew University.
Using advanced non-invasive technologies such as Quantitative EEG (QEEG), Heart Rate Variability (HRV), Eye Tracking, and Biophoton Analysis, we study how neural networks function under different cognitive and emotional conditions. We specialize in uncovering the root causes of brain and body challenges, offering scientifically grounded insights for optimal recovery and performance. Through advanced neurophysiological research, we empower individuals and communities to achieve lasting cognitive, emotional, and physical well-being.
Our mission is to bridge modern neuroscience with practical application using Multi-Modal approach, helping individuals, educators, kids, parents and professionals understand their brain–body dynamics and unlock their adaptive potential.
Science-based insights. Real life results.

01 - In the lab we use
EEG & qEEG:
High-resolution electrophysiological recordings to study brain activity, connectivity, and neural dynamics.
02 - In the lab we use
Heart Rate Variability (HRV):
Measurement of autonomic nervous system activity, stress responses, and recovery patterns.


03 - In the lab we use
Eye-Tracking:
Screen-based and wearable solutions for analyzing saccades, fixations, smooth pursuits, and reading behaviors.
02 - In the lab we use
Low-Level Laser Therapy (LLLT):
Non-invasive photobiomodulation for research on cognitive enhancement, neuroplasticity, and therapeutic interventions.
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05 - In the lab we use
Biophoton Imaging:
Ultra-sensitive photon detection to investigate cellular and metabolic activity in conjunction with neural measurements.
CONNECT WIT US
Questions? Connect with our team today.
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