The Science
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NeuroTracker is built on cutting-edge cognitive science, designed to assess and enhance cognitive functions through personalized, adaptive training. It was developed at the Faubert Lab by Professor Faubert, deemed to be a world-preeminent expert in perceptual neuroscience. Although NeuroTracker is primarily a visual training task, the platform leverages principles of 3D perceptual-cognitive training to elicit the integration of numerous high-level cognitive functions.
As such, research has shown it be effective at improving both visual and non-visual skills, for example enhancing motor-skills, reaction speeds, driving abilities, reading and auditory processing, and decision-making skills. In addition, learning rates on NeuroTracker provide a functional window into each person's brain plasticity.
Collectively, 120+ published studies have demonstrated significant advantages over contemporary cognitive tools on the market, including applicability across a wide range of populations with rapid and robust gains across a wide range of cognitive functions.
Learn more about NeuroTracker's unique advantages.
NeuroTracker studies have demonstrated rare evidence of 'far transfer', that is, the ability for an abstract training task to produce measurable improvements in real-world abilities. Examples include:
Improving passing decisions in competitive soccer.
Reducing fall-risk in the elderly.
Increasing cognitive resilience to the effects of physical fatigue in pro rugby players.
Enhancing driving skills.
Increasing academic abilities in high school students.
Speeding-up dive reaction times in collegiate swimmers.
Heightening attentional capacities in children with attention problems.
Accelerating the training time required for US Airforce fighter pilots.
Likewise, as a cognitive assessment tool, NeuroTracker measures have demonstrated the ability to discover:
What makes elite athletes' brain remarkably special.
How quality of diet and sleep affects the brains' of esports athletes.
How the demands of jet flight maneuvers reduce the cognitive capacities of aviators.
How well stock market traders will perform on any given day.
How NBA players will perform over a competitive season.
Read highlights of some of the fascinating studies published to date.
Perceptual-Cognitive Training: NeuroTracker uses adaptive 3D multiple object tracking to efficiently improve high-level cognitive functions and real-world skills.
Neuroplasticity: The exercises are designed to effectively harness brain plasticity, leading to sustained improvements in cognitive abilities, corroborated with positive changes in qEEG measures of brainwave activity.
Evidence-Based Results: Numerous peer-reviewed studies validate the efficacy of NeuroTracker for assessing and enhancing cognitive functions across many different types of populations.
For an in-depth look at the research and scientific principles behind NeuroTracker, visit NeuroTracker Science.
