Sheepdog Creates a Device to Develop Long-Term Memory While You Sleep
Tiffany — January 23, 2014 — Art & Design
References: sheepdogsciences & psfk
Inspired by years of biomedical research on the state of human sleep, San Francisco-based startup company Sheepdog Sciences has recently created a device that will help create and retain our long-term memories. The wristband can actually transfer facts into memory, all while you are sleeping!
The story behind this construction is based on the startup's own extensive research on the fact that long-term memories are formed and retained while an individual is unconscious or in a deep state of sleep.
To use the device, the wearer plays music as he or she is studying while the wristband monitors the heartbeat of the user, and when you go to bed, the device will play the same music to reactivate temporary, short-term memories and reminds the brain to form memory connections while you are in a state of unconsciousness. The device also comes with a smartphone app that can monitor your study habits and enhance your learning efficiency.
The story behind this construction is based on the startup's own extensive research on the fact that long-term memories are formed and retained while an individual is unconscious or in a deep state of sleep.
To use the device, the wearer plays music as he or she is studying while the wristband monitors the heartbeat of the user, and when you go to bed, the device will play the same music to reactivate temporary, short-term memories and reminds the brain to form memory connections while you are in a state of unconsciousness. The device also comes with a smartphone app that can monitor your study habits and enhance your learning efficiency.
Trend Themes
1. Memory-enhancing Wearables - The development of wristbands that transfer facts into memory while the user sleeps presents an opportunity for disruptive innovation in the wearable technology industry.
2. Sleep-optimized Learning - The use of music and monitoring heartbeat to enhance memory retention during sleep creates opportunities for disruptive innovation in the education and self-improvement industries.
3. Smart Study Habit Tracking - The accompanying smartphone app that monitors study habits and improves learning efficiency offers a potential for disruptive innovation in the mobile app development and educational technology sectors.
Industry Implications
1. Wearable Technology - The development of memory-retaining wristbands opens up opportunities for disruptive innovation in the wearable technology industry.
2. Education - The sleep-optimized learning approach presents opportunities for disruptive innovation in the education industry, particularly in the field of memory enhancement and study techniques.
3. Mobile Applications - The smartphone app that tracks study habits and enhances learning efficiency offers potential for disruptive innovation within the mobile app development industry, with a focus on educational tools.
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