At LogicGames, we conduct ongoing research to understand how logic games and puzzles impact cognitive development. Our studies involve thousands of users and utilize advanced analytics to track improvements in various cognitive domains.
We collaborate with cognitive scientists, neuroscientists, and educational researchers to ensure our platform is grounded in the latest scientific findings. Every game and feature is designed based on peer-reviewed research and validated methodologies.
How we study cognitive improvement
We track user progress over extended periods to measure sustained cognitive improvements. Our studies follow participants for months or years to understand long-term effects of regular brain training.
Randomized controlled trials help us understand causal relationships between game play and cognitive improvements. We compare training groups with control groups to validate our methods.
With thousands of active users, we analyze patterns in gameplay data to identify which exercises are most effective for different cognitive domains and user profiles.
We collaborate with neuroscience labs to validate cognitive improvements using brain imaging and neuropsychological assessments, ensuring our games produce measurable neural changes.
Data from our ongoing studies
Of users show measurable memory improvement after 3 months
Report improved focus and attention span
Demonstrate enhanced problem-solving abilities
Users rate their experience as excellent
Our research focuses on multiple cognitive domains to provide comprehensive brain training:
Insights from our scientific advisors
Cognitive Neuroscientist, University of Cambridge
"The LogicGames platform demonstrates a sophisticated understanding of cognitive training principles. Their adaptive difficulty system ensures users are consistently challenged at their optimal level, which is crucial for neuroplasticity and cognitive improvement."
Educational Psychology, Oxford University
"What impresses me most about LogicGames is their commitment to evidence-based design. Every feature is grounded in peer-reviewed research, and their longitudinal studies provide valuable insights into cognitive development through gameplay."
Human-Computer Interaction, Imperial College
"The platform's ability to personalize training based on individual cognitive profiles is groundbreaking. Their research shows that personalized approaches lead to significantly better outcomes than one-size-fits-all solutions."