Podcasts > The Mel Robbins Podcast > How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

By Stitcher

In this episode of The Mel Robbins Podcast, a Harvard researcher provides valuable insights into the significance of sleep and strategies to improve sleep quality. The discussion delves into the science behind sleep and its impact on physical and cognitive well-being, highlighting the crucial role of circadian rhythms and sleep-wake cycles.

The episode offers practical behavioral techniques to enhance sleep, such as maintaining consistent schedules, establishing wind-down routines, and optimizing the sleep environment. Additionally, it examines lifestyle factors like diet, exercise, and substance use that influence sleep patterns. Listeners will gain a better understanding of how prioritizing sleep can positively affect productivity and overall health.

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How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

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How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

1-Page Summary

The science and importance of sleep

According to Dr. Rebecca Robbins, sleep is not only a vital biological function but a complex process essential for physical and cognitive health. Robbins explains how circadian rhythms, regulated by the body's central pacemaker, align with light/dark cycles to facilitate wakefulness and sleep. Disrupting this system through insufficient or poor sleep can negatively impact productivity, mental health, and cognitive function.

Specific behavioral strategies to improve sleep quality

Robbins outlines proven strategies like maintaining a consistent sleep schedule, even on weekends, and developing a relaxing wind-down routine before bedtime. Optimizing the sleep environment through darkness, cool temperatures, and minimizing blue light exposure also promotes better sleep.

Lifestyle factors like limiting caffeine and alcohol intake, especially before bedtime, as well as timing meals and exercise appropriately, can enhance the body's natural sleep-wake cycle.

Environmental and lifestyle factors that affect sleep

Robbins emphasizes the importance of bedroom temperature, with 65-68°F being ideal, and ensuring adequate airflow through breathable bedding. She suggests avoiding heavy dinners close to bedtime and reducing overall caffeine intake, especially after lunch.

While alcohol may aid initial drowsiness, Robbins warns it ultimately impairs sleep quality. Mel Robbins notes better sleep during periods of abstinence, advocating for structured alcohol-free days.

1-Page Summary

Additional Materials

Clarifications

  • Circadian rhythms are the body's internal clock that regulates various biological processes over a roughly 24-hour cycle. The central pacemaker, located in the brain's suprachiasmatic nucleus, synchronizes these rhythms with external cues like light to control the sleep-wake cycle. Disruptions to this system, such as irregular sleep patterns or exposure to artificial light at night, can lead to sleep disturbances and impact overall health. The central pacemaker helps coordinate the timing of essential functions like hormone release, body temperature regulation, and sleep cycles.
  • Disrupting the body's sleep system by not getting enough or poor-quality sleep can harm productivity, mental health, and cognitive function. This disruption can lead to decreased focus, memory problems, mood disturbances, and reduced overall performance in daily tasks. Consistent and restorative sleep is crucial for maintaining optimal brain function, emotional well-being, and the ability to effectively handle cognitive challenges. Prioritizing healthy sleep habits can significantly improve these areas and support overall well-being.
  • To optimize the sleep environment, it is essential to maintain a cool temperature between 65-68°F, ensure proper airflow with breathable bedding, and keep the room dark. Additionally, minimizing exposure to blue light, especially before bedtime, can help promote better sleep quality. Creating a relaxing bedtime routine and avoiding heavy meals and excessive caffeine intake close to bedtime are also crucial strategies to enhance the sleep environment.
  • Maintaining an ideal bedroom temperature of around 65-68°F is recommended for better sleep quality. This temperature range is conducive to the body's natural cooling process during sleep. Cooler temperatures help signal the body that it's time to rest, promoting deeper and more restorative sleep cycles. Adequate airflow and breathable bedding can further enhance comfort and contribute to a more restful night's sleep.
  • Mel Robbins advocating for structured alcohol-free days suggests that she supports the idea of intentionally planning days where no alcohol is consumed. This practice can help individuals regulate their alcohol intake, promote healthier habits, and potentially improve sleep quality by avoiding the disruptive effects of alcohol on sleep patterns. It aligns with broader strategies for maintaining a balanced lifestyle and prioritizing overall well-being.

Counterarguments

  • While maintaining a consistent sleep schedule is generally beneficial, some research suggests that slight variations in sleep patterns, such as sleeping in on weekends, may not significantly disrupt sleep quality for everyone and can help repay sleep debt.
  • The ideal bedroom temperature for sleep can vary from person to person; some individuals may find temperatures slightly outside the 65-68°F range more comfortable.
  • The impact of blue light on sleep is still a subject of ongoing research, and some studies suggest that its effects may be overstated or that not all individuals are equally sensitive to blue light exposure before bedtime.
  • While a relaxing wind-down routine is helpful for many, some people may find that they can sleep well without a specific routine, indicating that personal differences play a role in sleep hygiene effectiveness.
  • The recommendation to avoid heavy dinners may not take into account individual differences in metabolism and digestion times; some people may not experience disrupted sleep after a substantial evening meal.
  • Limiting caffeine intake is generally advised, but individual tolerance to caffeine can vary greatly, with some people being able to consume caffeine later in the day without affecting their sleep.
  • The advice to abstain from alcohol for better sleep does not consider that moderate consumption may not significantly affect sleep quality for some individuals, and the relationship between alcohol and sleep is complex and varies by individual.
  • Structured alcohol-free days can be beneficial, but the implication that they are necessary for everyone to achieve better sleep may not account for individual differences in alcohol metabolism and its effects on sleep.
  • While lifestyle factors are important, genetic predispositions and underlying health conditions can also significantly affect sleep, and these may not be as easily modified by behavioral strategies alone.

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How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

The science and importance of sleep

According to Dr. Rebecca Robbins and other experts, sleep is not only a vital biological function affecting our well-being but also a complex process that plays a crucial role in our physical and cognitive health.

Sleep is a vital biological process that impacts physical and cognitive function

Sleep and circadian rhythms are closely linked to optimal bodily function

Robbins, introduced as a renowned sleep scientist and professor at Harvard Medical School, discusses how sleep is the "great equalizer" and essential for health—despite the fact that medical professionals receive minimal training on it. She explains that circadian rhythms, the systems in our body that operate on approximately a 24-hour cycle, are intrinsic for our health, aligning with the Earth's light and dark cycles to allow wakefulness during the day and restful sleep at night.

Robbins states that every part of the body has a circadian-like pattern of activity, orchestrated by the central pacemaker of the circadian rhythm, the suprachiasmatic nucleus. The discussion reveals that circadian systems adjust slowly to environmental changes, which explains why rapid time changes, such as daylight saving or jet lag, can cause sleep issues and brain fog.

The importance of light in regulating circadian rhythms is highlighted, with daylight serving as a signal through the eyes to the brain, initiating alertness and halting the release of melatonin, which helps us sleep when it's dark. Robbins underscores the importance of not disrupting this system, such as by not sleeping in more than an hour on weekends to avoid circadian misalignment.

Insufficient or poor quality sleep leads to detrimental effects on productivity, relationships, mental health, and cognitive decline

Robbins elaborates on the critical way sleep affects memory storage and brain function, determining nightly what to retain and store. She notes behavioral changes can combat insomnia and improve sleep quality.

The negative impact of poor or insufficient sleep is deeply discussed, with Robbins mentioning that two out of three Americans do not get the sleep they need, and 20 to 50 percent have trouble sleeping throughout the night. Less than 30 percent wake up feeling refreshed—this indicates the bo ...

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The science and importance of sleep

Additional Materials

Clarifications

  • Circadian rhythms are internal biological clocks that regulate various bodily functions over a roughly 24-hour cycle. These rhythms are controlled by the suprachiasmatic nucleus in the brain and are synchronized with external cues like light and darkness. Disruptions to circadian rhythms, such as from jet lag or irregular sleep patterns, can lead to sleep issues and impact overall health. Maintaining a consistent sleep schedule and exposure to natural light can help align circadian rhythms for better sleep and well-being.
  • The suprachiasmatic nucleus (SCN) is a tiny region in the brain's hypothalamus that acts as the body's master clock, regulating the timing of various physiological processes. It receives direct input from the eyes, allowing it to synchronize with the external light-dark cycle. The SCN controls the release of hormones like melatonin, helping to regulate sleep-wake cycles and other circadian rhythms. Disruptions to the SCN's function can lead to issues like jet lag or sleep disorders.
  • Circadian misalignment occurs when our internal body clock is out of sync with external cues like light and darkness, leading to disruptions in sleep patterns. This can result in difficulties falling asleep, staying asleep, or experiencing restorative sleep, contributing to symptoms like brain fog and decreased cognitive function. The body's natural rhythms are sensitive to changes, such as those caused by rapid time shifts like daylight saving or jet lag, which can exacerbate these issues. Maintaining a consistent sleep schedule and exposure to natural light can help realign the body's internal clock and improve overall sleep quality.
  • Light plays a crucial role in regulating our circadian rhythms by signaling the brain through the eyes, promoting alertness during the day. This light exposure inhibits the release of melatonin, a hormone that induces sleepiness, helping us stay awake and alert. When it gets dark, the absence of light triggers the brain to release melatonin, signaling the body that it's time to sleep. Disruptions to this light-dark cycle, like exposure to artificial light at night, can confuse the body's natural rhythms and impact sleep quality.
  • Disrupting circadian rhythms by inconsistent sleep patterns or exposure to light at inappropriate times can lead to sleep issues and impact overall health. Circadian rhythms help regulate various bodily functions, and disturbances can affect metabolism, hormone production, and cognitive performance. Maintaining a consistent sleep schedule aligned with natural light-dark cycles supports optimal functioning of these internal body clocks. Disruptions, like those caused by jet lag or irregular work shifts, can lead to sleep disorders and potential long-term health consequences.
  • Sleep plays a crucial role in memory consolidation, where the brain processes and stores information gathered throughout the day. During sleep, the brain strengthens neural connections related to newly acquired knowledge and skills, enhancing memory retention and learning. Different stages of sleep, particularly REM (rapid eye movement) sleep, are associated with specific memory processes, such as emotional memory consolidation and spatial memory integration. Lack of quality sleep can disrupt these memory-related functions, leadin ...

Counterarguments

  • While sleep is essential, the degree to which it impacts cognitive health can vary among individuals, and some people may function well with less sleep than others.
  • The importance of circadian rhythms is clear, but there is ongoing research into how flexible these rhythms can be and how much they can be influenced by lifestyle choices.
  • The suprachiasmatic nucleus is central to circadian rhythms, but other body systems and external cues also play a significant role in sleep regulation.
  • Some individuals may adapt more quickly to environmental changes like daylight saving time or jet lag, suggesting that there might be individual differences in circadian system flexibility.
  • The role of light in regulating circadian rhythms is well-established, but other factors such as temperature, meal timing, and social interactions can also influence these rhythms.
  • While disrupting circadian rhythms can lead to misalignment, some research suggests that strategic exposure to light and darkness can help realign them more quickly than previously thought.
  • The relationship between sleep and productivity or cognitive decline is complex, and other factors such as stress, diet, and exercise also play significant roles.
  • Behavioral changes can improve sleep quality, but for some individuals with sleep disorders, medical intervention may be necessary.
  • The statistics on American sleep habits are concerning, but they may not capture the full complexity of sleep patterns and the quality of rest across different populations.
  • The assertion that immediate sleep upon lying down indicates severe sleep d ...

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How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

Specific behavioral strategies to improve sleep quality

Rebecca Robbins and Mel Robbins outline behavioral strategies that are clinically proven to improve sleep quality, emphasizing consistency in sleep routines, optimizing the sleep environment, and managing lifestyle factors.

Establishing a consistent sleep schedule is crucial for regulating the body's internal clock

Rebecca Robbins stresses the necessity of a consistent sleep schedule. She suggests looking at your weekly schedule to find a consistent sleep time, advising against sleeping in for more than an hour as it disrupts the internal clock. You should strive to fall asleep and wake up as close to the same time as possible. Even if disruptions occur, like young children or work, focusing on the times you can control and being diligent about it is key. A consistent wake-up time, ideally the same every day of the week, is deemed beneficial.

Going to bed and waking up at the same time each day, even on weekends, helps reinforce the circadian rhythm

Consistency is vital because it allows the brain and body to anticipate when to feel tired and when to be awake. This scheduling results in better organization of sleep patterns and improving overall sleep quality. Robbins also suggests that sleeping separately from a partner, if sleep is being interrupted, can be considered to maintain a consistent sleep schedule.

A wind-down routine before bedtime primes the body and mind for restful sleep

A systematic wind-down time, including powering down electronics and engaging in calming activities like drinking herbal tea and bedtime rituals, is important. Robbins describes her routine involving the military breathing technique, writing down persistent thoughts, reading a few book pages, and progressive muscle relaxation. Setting a routine tells the brain that sleep is next. She advises having a target fall asleep and wake-up time and sticking to a wind-down routine that begins about nine hours before the wake-up time.

Optimizing the sleep environment promotes better quality sleep

Maintaining a cool, dark, and quiet bedroom creates conditions conducive to slumber

Ensuring that the sleep environment is pitch-black is recommended since any light, even from a cable box or outside, can disrupt sleep. Robbins suggests using masking tape or duct tape to cover any light-emitting sources. Having a dark room aids melatonin secretion and sleep.

Minimizing exposure to blue light from screens and electronic device

Cutting out screen time earlier in the eveni ...

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Specific behavioral strategies to improve sleep quality

Additional Materials

Clarifications

  • Melatonin is a hormone produced by the pineal gland in the brain that plays a key role in regulating the sleep-wake cycle. Its secretion is influenced by the body's internal clock and is typically triggered by darkness, helping signal the body that it's time to sleep. Melatonin receptors in various parts of the body respond to this hormone, aiding in functions like sleep regulation and synchronization of biological rhythms. Maintaining a consistent sleep schedule and optimizing the sleep environment can support the natural secretion and effectiveness of melatonin in promoting restful sleep.
  • The military breathing technique, also known as the 4-7-8 breathing technique, is a relaxation method that involves a specific breathing pattern to promote calmness and aid in falling asleep. It consists of inhaling for 4 seconds, holding the breath for 7 seconds, and exhaling slowly for 8 seconds. This technique is believed to help reduce stress and anxiety by inducing a state of relaxation through controlled breathing. It is often recommended as part of a bedtime routine to prepare the body and mind for sleep.
  • Progressive muscle relaxation (PMR) is a technique involving the deliberate tensing and subsequent relaxing of specific muscle groups to promote relaxation and reduce tension. This method helps individuals become more aware of the physical sensations associated with muscle tension and relaxation, aiding in stress reduction and improving overall well-being. PMR is commonly used to alleviate conditions like anxiety, insomnia, stress, and pain by teaching individuals to recognize and release muscle tension. By practicing PMR regularly, individuals can learn to manage their body's response to stress and promote a state of relaxation.
  • Flux is a software application designed to adjust the color temperature of a screen based on the time o ...

Counterarguments

  • While a consistent sleep schedule is beneficial, some argue that flexibility in sleep patterns can accommodate different lifestyles and work demands, especially for shift workers or those with irregular schedules.
  • The recommendation to wake up at the same time every day may not be practical for everyone, particularly for those who experience sleep disturbances or have caregiving responsibilities that interrupt sleep.
  • A wind-down routine is helpful, but what works can vary greatly from person to person, and some may find activities like reading or certain teas stimulating rather than relaxing.
  • While a cool, dark, and quiet bedroom is generally recommended, some individuals may prefer or require a different sleep environment, such as those who need white noise or a slightly warmer room to sleep comfortably.
  • The advice to minimize blue light exposure before bed is sound, but some research suggests that the impact of blue light on sleep may be overstated, and not everyone is equally sensitive to its effects.
  • Limiting caffeine and alcohol intake is generally good advice, but individual tolerance to these substances can vary, and some ...

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How To Stop Waking Up Feeling Tired: 7 Tips From a Harvard Researcher

Environmental and lifestyle factors that affect sleep

Understanding the various environmental and lifestyle factors that influence sleep quality can empower individuals to make changes that result in better and more restorative rest.

Temperature regulation is crucial for quality sleep

Maintaining a bedroom temperature between 65-68 degrees Fahrenheit optimizes conditions for falling and staying asleep

Rebecca Robbins explains that the temperature of your bedroom is a critical, often overlooked factor for sleep. A cooler environment, sometimes below 65 degrees Fahrenheit, is ideal, particularly for individuals experiencing menopause. Our body's core temperature drops as part of the sleep onset process, making the 65 to 68 degrees Fahrenheit range generally thermally neutral, which helps maintain an optimal body temperature during sleep.

Ensuring adequate airflow and breathable bedding materials supports the body's temperature regulation

Rebecca Robbins underscores the significance of airflow in sleep, recommending temperature-regulating mattresses and pillows that promote breathability and cautioning against using materials that block airflow, which can raise body temperature. Breathable bedding facilitates the body’s temperature regulation, which is especially pertinent during sleep phases when the body does not self-thermoregulate, such as during REM sleep.

Opening a window to allow fresh air can aid in regulating bedroom temperature, provided that external noise levels are conducive to maintaining a sleep environment.

Dietary habits influence sleep patterns

Eating a lighter dinner several hours before bedtime allows the body to focus on rest rather strhandigestion

Rebecca Robbins supports the proverbial advice of having a "breakfast of kings, lunch of princes, and dinner of paupers," indicating that lighter evening meals promote better sleep. Mel Robbins shares that having dinner around 5:30 PM significantly improves her sleep and bedtime routine. Ideally, it is beneficial to conclude eating two hours before bed, with a span of three hours being even more advantageous.

Avoiding caffeine, especially in the afternoon and evening, prevents disruptions to the sleep-wake cycle

Rebecca Robbins emphasizes that caffeine can significantly disrupt sleep due to its long half-life of six to nine hours and advises reducing overall caffeine intake. Some strategies incl ...

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Environmental and lifestyle factors that affect sleep

Additional Materials

Clarifications

  • The thermally neutral temperature range for sleep, typically between 65-68 degrees Fahrenheit, is the range at which your body doesn't need to work to cool down or warm up, aiding in maintaining a stable core temperature conducive to sleep. This range supports the body's natural cooling process during sleep onset, helping to facilitate the transition into restful sleep. It's important to note that individual preferences may vary, and factors like bedding, clothing, and personal comfort levels can influence the ideal sleep temperature within this range. Maintaining a thermally neutral environment can optimize sleep quality by promoting a comfortable and conducive setting for restorative rest.
  • Airflow and breathable bedding play a crucial role in maintaining optimal body temperature during sleep. Proper airflow helps dissipate excess heat from the body, preventing overheating. Breathable bedding materials allow for better air circulation, aiding in temperature regulation. This combination supports the body's natural cooling process during sleep, promoting a more comfortable and restful night.
  • The phrase "breakfast of kings, lunch of princes, and dinner of paupers" suggests that one should eat a substantial breakfast, a moderate lunch, and a light dinner. This advice emphasizes consuming larger meals earlier in the day and gradually reducing meal size as the day progresses. Eating a lighter dinner allows the body to focus on rest rather than digestion, potentially promoting better sleep quality. The concept highlights the importance of meal timing and portion sizes in relation to optimizing sleep patterns.
  • Caffeine's half-life is the time it takes for half of the caffeine consumed to be elimi ...

Counterarguments

  • While a bedroom temperature between 65-68 degrees Fahrenheit may be ideal for many, individual preferences and tolerances vary, and some people may find they sleep better at slightly higher or lower temperatures.
  • Adequate airflow and breathable materials are generally beneficial, but some individuals with allergies or sensitivities may require air purifiers or hypoallergenic bedding to achieve optimal sleep conditions.
  • Eating habits and their impact on sleep can be highly individual. Some people may find that a small snack closer to bedtime aids their sleep, especially if they have a medical condition that affects blood sugar levels.
  • Caffeine sensitivity varies among individuals. Some people may metabolize caffeine ...

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