Memory Research Studies
Latest findings on how humans encode and recall information
Translate lab data into practical memory upgrades.
Sleep deprivation cost
-30%
Recall drop after two short nights
Adaptive training boost
2x effect size
Compared to static drills
Working Memory Findings
Studies using adaptive span tasks show that difficulty personalization doubles effect sizes. Static drills plateau quickly because the brain stops perceiving challenge.
Interference training—holding information while filtering distractions—produces far-transfer benefits into reading comprehension and reasoning tests.
Sleep & Consolidation
Stage N2 spindles and REM density correlate directly with vocabulary retention. Cutting sleep from 8 to 6 hours can erase 30% of the previous day’s learning.
Naps help: a 20-minute nap after studying preserves almost as much material as a full night of sleep, according to German university trials.
Nutrition & Supplementation
Flavonoid-rich foods (berries, dark chocolate) and omega-3 intake both improve memory scores in randomized trials. Creatine also benefits vegetarians by replenishing brain ATP stores.
Supplements are most effective when paired with training—without stimulus, the brain has nothing to consolidate.
Action Steps
Personalize difficulty
Use adaptive drills like BrainGames to keep challenge in the growth zone.
Protect sleep windows
Anchor an 8-hour sleep opportunity and nap after intense study blocks.
Eat for memory
Add flavonoids and omega-3s to meals on training days.
Recommended Games
Number Memory
Adaptive span levels that match research protocols.
Sequence Memory
Targets spatial working memory studied in labs.
Related Resources
Apply the findings immediately.
Mechanisms behind the research.
Frequently Asked Questions
Why do studies disagree?
Methodology, participant demographics, and training dose vary widely. Read beyond the headline to interpret correctly.
Can I replicate studies myself?
Yes—export your BrainGames data and design self-experiments with controlled variables.