Scientific Research Papers
Introducing the core research papers that form the technological foundation of Memo-Scent. This technology has been proven effective through world-renowned journals.
Odor Cues During Slow-Wave Sleep Prompt Declarative Memory Consolidation
Analyzed the impact of TMR (Targeted Memory Reactivation) presenting specific olfactory stimuli (rose scent) during sleep on declarative memory consolidation. The experimental group receiving the scent during SWS saw a memory retention rate rise to 102.4% the next day.
Read Full Paper →Reactivation of Memory During Sleep Provides Cognitive Stability
Identified the mechanism by which olfactory stimuli during sleep protect existing memories from new interfering information. TMR activates not only the hippocampus but also the prefrontal cortex to immediately fixate memories.
Read Full Paper →Humans can learn new information during sleep
Research applying olfactory TMR to behavior modification and conditioning. Aversion conditioning TMR during sleep resulted in reducing smokers' cigarette consumption by up to 30%.
Read Full Paper →Task reactivation during sleep enhances creative performance
Confirmed that TMR practically enhances efficiency in creative problem solving beyond simple memorization. The group receiving olfactory stimuli during sleep showed significantly improved problem-solving abilities.
Read Full Paper →Odor Cues During Napping Promote Memory Consolidation
Proven that TMR provides hippocampal activation and memory enhancement benefits during short daytime naps (90 min) similar to full night sleep.
Read Full Paper →Home-based TMR Improves Memory in Real-life Environments
Proven that TMR via small olfactory devices in actual home bedrooms shows a statistically clear memory enhancement advantage outside controlled laboratory environments.
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