

Studies show that your morning expectations of how stressful (or not) your day will be, end up impacting how you experience and internalize what happens that day. Taking some time to invest in yourself and your needs lets you remind yourself that you are worth focus and attention. The right routine can help you wake up refreshed and ready to start your day.
#TO WAKE UP HOW TO#
How to wake yourself up: the ideal morning wake-up routine None of them include immediately checking work emails or scrolling social media from bed. If you’re a natural night owl, there are a few things you can do to wake up with positivity and calmness. Some people are predisposed to early wake-ups, whereas others naturally sleep later. Your circadian rhythm is your internal body clock, which is tuned to a 24-hour cycle, and research suggests those clocks can have natural preferences for day or night that show up in our DNA. How much sleep inertia you feel depends on your circadian rhythm and sleep habits. Usually, it lasts less than 30 minutes, unless you’re chronically sleep-deprived.

Everyone goes through a transition from being asleep to being awake, called “sleep inertia” - marked by reduced vigilance, impaired performance, and a desire to go back to sleep. Per research, no one pops out of bed immediately ready to start the day, even if waking during light sleep. If using an alarm, which can go off during periods of deeper sleep, you might find that you wake up feeling groggy, especially if your bedtime and wake-up times vary day to day. When waking naturally, sleep usually ends during a non-rapid-eye-movement (NREM) period of sleep, also known as light sleep. Serotonin and cortisol flood the brain, and the neurons and activity start firing. An extreme form of sleep inertia was observed, when the process of waking up during the period of the circadian body temperature trough became so traumatic that it created "sleep (nap) aversion." The findings lead to the conclusion that there are no advantages realized on sleep inertia by waking up from sleep at specific times of day.The body prepares to wake up in the hour or so before you awaken - your body temperature begins to rise, and blood pressure increases. There appeared to be no specific circadian time when sleep inertia is either maximal or minimal. Sleep inertia was measured with Baddeley's logical reasoning task, which started within 1 min of awakening and lasted for 5 min. The differences between these two groups in performance degradation are expected to show sleep inertia on the background of sleep deprivation. Another group of 10 subjects stayed awake for 64 h without any sleep. A group of nine subjects stayed awake for a 64-h continuous work period, except for 20-min sleep periods (naps) every 6 h. Since the process of falling asleep is strongly influenced by circadian time, the reverse process of awakening could be similarly affected. This preliminary study examined whether there are best and worst times to wake up stemming from circadian effects on sleep inertia. Normally sleep inertia lasts < 5 min and has no serious impact on conducting routine jobs. Sleep inertia is a brief period of inferior task performance and/or disorientation immediately after sudden awakening from sleep.
