How does a wake-up light work?
We all sleep according to a set pattern. Four to five times during the night, we switch between REM sleep phases and deep sleep phases. This rhythm is controlled by an internal clock, whereby the main clock is the daylight. Waking up with light is a very natural awakening.
With a conventional alarm clock, you are usually rudely fetched from deep sleep. The shrill sound is perceived by most people as very unpleasant. In addition, the body is not prepared to wake up and the abrupt awakening leads to heart racing. Unlike the wake-up lights. You begin to prepare for waking up about half an hour before the scheduled wake-up call.
Brightening light activates our hormonal balance and brings back our energy. Light levels up to about 300 Lux ensure a natural wake-up rhythm. A slowly rising, brightening illumination prepares your body to wake up. For the "sunrise" phase, about 30 min are needed and the light intensity of the light alarm is increased gradually.
Our subconscious mind is signaled that the deep sleep phase is coming to an end and our body should produce more cortisol to slowly switch to the recovery rhythm. When the phase is over, an alarm sounds, either with natural sounds like birdsong or the sound of the sea, or the preset radio station wakes you gently from your dreams.
As you will continue to experience in our wake-up with light comparison, a light alarm is also beneficial against winter depression. If it is already light when getting up, our body adapts more to the darker season.
Almost every wake-up light has a snooze function or snooze function. If activated, you can continue to dream 9 min before the next alarm sounds.
A light alarm with twilight function is also suitable for falling asleep. At the same time the whole procedure runs backwards. This means: It is getting darker in the room and helps you to fall asleep. At the same time, for example, the Philips Wake-Up-Light can also be used as a reading lamp.
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