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How to STOP Waking Up Feeling TIRED Every Morning - 4 Tips (animated) thumbnail

How to STOP Waking Up Feeling TIRED Every Morning - 4 Tips (animated)

Better Than Yesterday·
5 min read

Based on Better Than Yesterday's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Stop using snooze because waking mid–sleep cycle tends to increase grogginess rather than improve rest.

Briefing

Waking up tired often comes down to timing and habits that interrupt sleep quality—especially snoozing, irregular schedules, dehydration, and late-night screen light. The most immediate fix is to stop hitting snooze: each time the alarm is delayed, the sleeper tends to fall back asleep briefly and then wake up mid–sleep cycle, which leaves the body feeling more sluggish rather than refreshed. Sleep is organized in roughly 90-minute cycles, so waking in the middle of a cycle—rather than at the end—can feel like a “worse” version of waking up.

A practical workaround is to use a sleep-tracking alarm such as Sleep Cycle, which aims to trigger the alarm at the end of a sleep phase by monitoring movement overnight. The goal is simple: wake up at a point when the body is more likely to be ready to transition out of sleep, rather than being jolted awake during a deeper phase.

Beyond alarm timing, consistent sleep duration and schedule matter. Many people end up sleeping too much or too little because they go to bed at inconsistent hours. The recommendation is to keep the same sleep and wake times seven days a week so the body builds a stable rhythm and can naturally finish a sleep cycle. Since individuals vary in how much sleep they need, the transcript suggests a one-week experiment: go to bed at the same time each night, wake up without an alarm, record how many hours of sleep you got, and then use the average to set a bedtime that reliably produces refreshed mornings.

Morning fatigue is also tied to basic physiology. After 6 to 8 hours without water, dehydration can contribute to fatigue, so the advice is to rehydrate immediately—such as by keeping a glass of water on the nightstand the night before. The message is that tiredness can be solved more often by water than by additional caffeine. Pair hydration with light movement to raise heart rate and improve blood flow; even minimal activity—standing up, walking around, stretching, or doing a few jumping jacks and burpees—can increase energy quickly. The transcript emphasizes that regular exercise doesn’t drain energy in the long run; it tends to create more energy in the body.

Finally, evening light exposure can sabotage sleep readiness. Screens from TVs, phones, and computers emit artificial blue light that can trick the brain into thinking it’s still daytime, suppressing melatonin production—the hormone that signals night. To protect sleep, screens should be avoided for at least two hours before bed. For those who can’t fully stop, the transcript recommends using blue-light filtering apps such as Twilight and F.lux, which shift screens toward warmer, more orange tones to reduce blue light exposure.

Cornell Notes

Morning exhaustion is framed as a preventable outcome of four habits: snoozing, inconsistent sleep timing, dehydration, and late-night screen light. Snoozing repeatedly wakes someone mid–sleep cycle, which can increase grogginess; a cycle-aware alarm like Sleep Cycle is suggested to wake at the end of a sleep phase. Getting enough sleep means keeping the same bedtime and wake time daily and, if needed, running a week-long “no alarm” test to find the individual sleep duration that produces refreshed mornings. Hydration on waking and light movement soon after can restore energy, while avoiding screens for two hours before bed helps protect melatonin and sleep quality; Twilight and F.lux are offered as alternatives when screens are unavoidable.

Why does snoozing often make people feel more tired instead of more rested?

Sleep runs on about 90-minute cycles. When someone hits snooze, they typically fall back asleep for a short period and then wake up in the middle of a sleep phase. That timing can leave the body feeling more sluggish because the wake-up interrupts the cycle rather than completing it.

How does Sleep Cycle aim to improve wake-up energy compared with a regular alarm?

Sleep Cycle tracks movement during the night and delays the alarm until it detects the sleeper is at the end of a sleep cycle. The intended benefit is waking at a more favorable point in the sleep phase, which the transcript claims leads to feeling more energetic than waking mid–REM phase.

What’s the recommended approach for finding the right amount of sleep for an individual?

Go to bed at the same time each night for a week, then wake up without an alarm. Record how many hours of sleep were achieved each night. After the week, use the observed sleep duration to determine how much time is needed to wake up refreshed and set bedtime accordingly.

How can dehydration contribute to morning fatigue, and what’s the suggested fix?

After 6 to 8 hours without water, the body is likely dehydrated, and dehydration can cause fatigue. The suggested fix is to rehydrate immediately after waking—such as placing a glass of water on the nightstand the night before so it’s ready on waking.

What role do screens and melatonin play in feeling tired in the morning?

Artificial blue light from TVs, phones, and computers in the evening can trick the body into thinking it’s still daytime. That interferes with melatonin production, the sleep hormone that helps signal night to the body’s cells. The transcript recommends avoiding screens for at least two hours before bed to prevent this disruption.

What alternatives are offered for people who can’t avoid screens before bed?

For unavoidable late-night screen use, the transcript recommends installing Twilight and F.lux. These apps reduce the amount of blue light by shifting screens toward an orange tint, aiming to lessen the melatonin-suppressing effect.

Review Questions

  1. What mechanism makes snoozing counterproductive according to the sleep-cycle explanation?
  2. How would you design a one-week test to determine your personal sleep duration using the transcript’s method?
  3. Which two morning actions are recommended to counter fatigue, and how do they differ in purpose (physiology vs. timing)?

Key Points

  1. 1

    Stop using snooze because waking mid–sleep cycle tends to increase grogginess rather than improve rest.

  2. 2

    Use a cycle-aware alarm like Sleep Cycle to trigger wake-ups at the end of a sleep phase.

  3. 3

    Keep sleep timing consistent—go to bed and wake up at the same time seven days a week—to support a stable sleep rhythm.

  4. 4

    Find your personal sleep need by going to bed at a consistent time for a week and waking without an alarm, then use the recorded hours to set bedtime.

  5. 5

    Rehydrate immediately after waking; dehydration after 6 to 8 hours without water can drive fatigue.

  6. 6

    Get blood flowing soon after waking with light movement to raise heart rate and energy.

  7. 7

    Avoid screens for at least two hours before bed to protect melatonin; use Twilight or F.lux if screen use is unavoidable.

Highlights

Snoozing repeatedly wakes people in the middle of a sleep phase, which can make them feel more tired instead of better.
Sleep Cycle uses movement tracking to wake users at the end of a sleep cycle, aiming for a more energetic transition out of sleep.
Dehydration after 6 to 8 hours without water can contribute to morning fatigue, so water first beats extra coffee.
Blue light from screens suppresses melatonin, so cutting screens two hours before bed helps sleep quality; Twilight and F.lux can reduce blue light when needed.

Topics

  • Sleep Cycles
  • Alarm Timing
  • Hydration
  • Melatonin
  • Blue Light

Mentioned

  • Sleep Cycle
  • Twilight
  • F.lux
  • REM