| Fall Asleep Naturally and Wake Relaxed and Rejuvenated |
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Fall Asleep Naturally and Sleep Soundly Verilux's Rise & Shine Natural Sleep System aligns the body's circadian rhythms that regulate normal sleeping and waking patterns, helping you fall asleep naturally and sleep soundly.
Wake Peacefully, Refreshed and Re-energized Synchronized Wake programs provide the body cues to wake-up, allowing the system to smoothly transition out of sleep, providing natural feeling of alertness and revitalization.
Balance Body Functions, Improve Focus & Well-being Harmonious blend of light and sound therapy naturally directs the body, balancing function and improving wellbeing resulting in feelings of calm and the ability to focus.
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Built-in 30 Minute Soundscape Selections Include:
Listen
Light progressively brightens prior to waking to reset circadian rhythms and stimulate the body's natural energy enhancers.

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The Verilux Rise & Shine® Natural Sleep System Features:
- Adjustable LED panel creates blue and white dawn and dusk simulations
- Powers and controls external lamps
- High quality MP3 and FM radio sound system contains SD, USB and auxiliary inputs*
- Supports up to 800 MP3 songs, books or natural sound titles
- One year limited warranty
- 30-day money back guarantee
- Dimensions: 9.25” x 5.5” x 4.75”
- Weight: 5.0 lbs
*For instructions on how to place music onto an SD card visit:http://www.sdcard.org/consumers/faq/
Circadian Rhythms
Our bodies strive to maintain regular sleep patterns through regulating our "internal clock" otherwise known as our circadian rhythms. This internal cycle takes cues from external light sources (dawn and dusk) to signal the body for sleeping and waking.
When regular exposure to natural light is interrupted, natural sleep patterns can be disrupted leading to sleeplessness, sluggishness, reduced mental acuity and exhaustion. Dawn and dusk simulations provide the body with the external cues required to regulate and maintain normal circadian rhythms and sleep patterns.
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Sleeping and Waking Functions 
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Published Research & Articles