Friday, March 13, 2026

Revenge bedtime procrastination: A plight of our times?

 


It is late at night. Your day’s work — day job duties, homework for your course, house chores — is all done.

You glance at the clock: it is past midnight already. You are all ready for bed and so tired that you could almost pass out.

However, instead of closing your eyes and drifting off to sleep, something else happens. You start reading a book, watching an episode of your favorite show, or adding one more row to that knitting project.

Before you know it, one more page has become five more chapters, you have binge-watched an entire season of that show, or all but finished your knitting project.

By this time, however, it is 3.00 a.m., and you know you have to wake up at 6.00 a.m. You are very tired, and you know you will be sleep-deprived, but you could not help yourself. Why?

If this scenario seems familiar, it is because many people around the world have been increasingly engaging in this form of behavior. This phenomenon has become so widespread that it has earned the moniker: revenge sleep procrastination.

What is revenge bedtime procrastination, why does it happen, and who does it affect? Are there ways to modify this behavior to avoid sleep deprivation? In this Special Feature, we investigate.


The concept of bedtime procrastination first came up in a study paper by Dr. Floor Kroese — a behavioral scientist from Utrecht University in the Netherlands — and colleagues, which appeared in Frontiers in Psychology in 2014.

Dr. Kroese and her collaborators described bedtime procrastination as the act of “going to bed later than intended while no external circumstances are accountable for doing so” — that is, choosing to delay bedtime without a practical reason for this delay.

One study that appeared in the International Journal of Environmental Research and Public HealthTrusted Source in 2020 focused on adolescents, the most obvious bedtime procrastinators.

This study found that many adolescents put off sleep to watch videos, listen to music, or send text messages. However, the reasons behind this purposeful delay remained unclear, and the study did not address this phenomenon’s occurrence in adults.

Besides, why should bedtime procrastination be an act of revenge? Who or what are bedtime procrastinators taking revenge on?

“Blurring boundaries between work and domestic lives”

Medical News Today spoke to Sara Makin, M.S.Ed., NCC, LPC, founder and CEO of online counseling practice Makin Wellness, and Lee Chambers, M.Sc. M.B.Ps.S., an environmental psychologist and well-being consultant, to find out more about the possible reasons that might drive people to procrastinate on sleep.

Makin told us that “[r]evenge sleep procrastination is still a new concept, so there are still debates regarding the psychology of this.”

“There may be a connection between heightened daytime stress and bedtime procrastination,” she noted.

A study from the Netherlands that appeared in Frontiers in Psychology in 2018 aimed to answer the question as to why people may delay their bedtime on purpose, even when they are tired.

The study authors found that the more a person had to “resist desires” during the rest of their day, the more likely they would be a bedtime procrastinator.

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This means that the less enjoyable things a person could do during the day, the likelier it was that they would try to reclaim that time at night and engage in the more pleasurable activities they had not been able to do during the day.

“One of the significant causes of revenge sleep procrastination is where our current working culture intersects with our personal and leisure time expectations in our p.m. bookend,” Chambers told MNT.

It all comes down to trying to reclaim that much-needed “me time,” he explained: “The desire to gain a level of personal freedom drives a desire to stay awake beyond a time that will provide an optimal level of sleep.”

“Factors that contribute [to bedtime procrastination] are working hours, often elevated to 12 hours and beyond, workplace expectations to be available outside of hours, and overtime to be worked. Modern working patterns and technologies are blurring boundaries between work and domestic lives, giving rise to a feeling of living at work. Peer pressure to achieve, self-learn, have valuable hobbies, and practice well-being can all drive behavior that eats into a sleep schedule.”

– Lee Chambers

The “revenge” aspect of bedtime procrastination comes almost as an act of rebellion against ever-increasing demands at work and at home, which leave many of us little time or energy to invest in leisure activities.

The COVID-19 pandemic and ensuing local and national restrictions have made matters worse by blurring the boundaries between home and office, blocking parents’ and caregivers’ access to daycare, schools, and their support networks, and forcing students to study from home.

While anyone can engage in bedtime sleep procrastination, some people may be more likely than others to delay going to bed.

According to Makin, “[i]t appears that women and students are most [likely]” to engage in bedtime procrastination.

This is also the conclusion reached by the authors of a 2019 study in a Polish population. The study indicates that “the chance of severe bedtime procrastination is more than twice as high for females than for males.”

Moreover, they write that “[d]ifferences between the sexes in delaying sleep already appear in schoolchildren.”

Although this study does not explain why women may be more likely to go to bed late, it is possible to make some inferences based on other available information.

An American Psychological Association survey from 2010, for example, noted that women are more likely than men to report that they experience significant stress.

The data revealed that “[w]omen are more likely to report physical and emotional symptoms of stress than men,” including headaches, feeling that they were about to cry, or having an upset stomach.

This may come as no surprise given women’s demonstrable time povertyTrusted Source — the amount of unpaid work they engage in, often as primary caretakers of children and older family members.

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When it comes to bedtime procrastination, though, Chambers also notes that there appears to be an age gap, with younger Millenials and Generation Z-ers being more likely to engage in this behavior.

“In my professional experience, this [behavior] presents most often in late Millennials and Gen Z’s in high-pressure positions with ambitious goals and career objectives,” Chambers told MNT.

Why? He explained that “[t]heir behaviors are, in a way, a rebellion against the organizational cultures they are trying to navigate, and they are often aware of just how pivotal sleep is to health and performance.”

Many studies have shown that lack of sufficient, good quality (uninterrupted) sleep is crucial for maintaining both physical and mental health.

Researchers have tied sleep not just to our ability to focus on work and being productive but also to mood regulation, weight gain, cardiovascular health, and inflammation, among others.

“Sleep deprivation, reduced decision-making capacities, and challenges with [cognitive performance] are all potential negative effects of sleep procrastination,” Makin told MNT.

We asked her if bedtime procrastination could have any positive effects:

“The only positive with revenge sleep procrastination is that there’s a false appearance that you have more control over your life. This is very reinforcing and will entice you to continue this behavior, even though the risks outweigh the rewards. There is no genuine positive effect to reducing the quality and time of your sleep. Consistent and good quality sleep is the foundation of sound physical and mental health.”

– Sara Makin

It can be difficult to dislodge the feeling of regaining freedom and control over one’s life, even when a person knows that the sleep deprivation that tends to follow bedtime procrastination can feed a vicious cycle of exhaustion and lack of productivity.

“With the awareness of the importance of sleep often present in those who procrastinate, the solutions often lie in setting boundaries around working patterns, considering flexibility in work, and creating psychological separation between work and home environments,” Chambers told MNT.

“Honoring our ultradian rhythmicity by taking regular breaks to disconnect from tasks improves our ability to disconnect when we finish working, making it easier to fall asleep at a reasonable time,” he advised.

Chambers also noted the importance of having a digital curfew, a time at which we consciously put our digital devices aside: “I often suggest that clients find ways to actively rest during the day, and commit to a digital sunset in the evening, at a minimum removing workplace devices to a designated spot.”

This is important because screen time — particularly before bed — has links with less and poorer quality sleep.

To get some more in-depth advice on what people can do to stop bedtime procrastination and have better-quality sleep, MNT spoke to therapist, hypnotherapist, and life coach Karl Rollison.

Like Chambers, Rollison strongly advised that people must avoid screen time before bed at all costs.

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“[D]itch the tech an hour before bed. How can we seriously expect our brain to relax when we are bombarding it with information, videos, and bright images? Pick up a good, old-fashioned book instead and never allow your technology to infect your precious sleeping zone,” Rollison said.

He explained:

“Another reason for switching off all screens at bedtime (including the TV) is to restrict the amount of light we are receiving. The darker the sleeping environment, the more efficiently we produce the sleep hormone melatonin. A great way of doing this is via heavy-duty black-out blinds. However, these are expensive, so I would recommend investing in a quality, molded eye mask.”

He also suggested having a hot shower or bath before bedtime to leave the day’s stress behind.

“[H]ave a hot bath or shower an hour before bed — when we fall asleep, our body temperature drops, so when we artificially raise it then allow it to drop, we fall asleep,” Rollison told MNT.

One review of sleep studies published in 2019 also emphasizes the effectiveness of hot baths in preparing people for sleep. According to the review authors, it is preferable to bathe just 1 or 2 hours before bedtime for best results.

Journaling can also help. A study from 2017Trusted Source found that expressive writing — jotting down the thoughts, feelings, and experiences that stood out throughout the day — effectively reduces both mental and physical symptoms of anxiety.

Rollinson concurred. “If you still can’t get to sleep because of an active mind, then get up and write down all your worries and anxieties,” he said.

“I call this downloading. You are effectively giving your thoughts physical form and organizing them — tidying up the mess in the attic, so to speak. It sounds simple, but it works, and it’s surprising how many people have never done it,” he added.

How to cope with sleep deprivation

Nevertheless, sometimes sleep refuses to come despite our best efforts and intentions, resulting in the inevitable tiredness the following day.

Should that happen, Rollison said that “the number one thing is to accept it and not fight it.”

“Acknowledge that it won’t last forever and try not to stress about it. Like any problem in life, it needs to be managed. This means factoring in more time to complete tasks, appointments, and engagements.”

– Karl Rollison

He also gave a potentially surprising piece of advice for those who find it hard to recover after a night of insufficient sleep.

“No one wants to hear this, but, in my opinion, the best mechanism for effectively coping with sleep deprivation is exercise,” he told MNT.

“This doesn’t mean signing up to a gym but […] just hitting the streets. Not just running or jogging but simply going for regular walks. The important thing is getting outside,” Rollison explained.

“[T]here is definitely a primordial relationship between the great outdoors and sleep. The people that I’ve helped deal with insomnia over the years are the ones that have taken this advice,” Rollison told us.

Top tips and tricks for sleep hygiene

Finally, ensuring good quality sleep is a process that takes into consideration many factors.

MNT asked Rollison — who is also the author of Sleep Ninja, a self-help book for those who have a troubled relationship with sleep — for his top tips on ensuring better sleep quality in the long run.

“Protect your sleep environment and associate it (and your bed) with the joys of sleep. It’s a simple and effective idea: if you’re wide awake, get up and (move) away from your sleep zone,” he suggested.

Another tip is to “[m]ake your sleep environment as cold and airy as possible.” Rollison explained that “The worse sleep humans experience is during high-heat, low air levels.”


His other tips were to:

  • have a regular wake-up time and bedtime
  • snack on nuts, seeds, and pulses, which are sources of the amino acid tryptophan, which helps produce melatonin
  • take vitamin D and magnesium supplements, which may help induce sleep
  • stay hydrated
  • only drink caffeinated beverages in the morning

Ultimately, for those who struggle to go to sleep because they feel there was not enough time in the day to engage both in chores and in leisure activities, the answer may be to learn to compartmentalize their worries as much as possible.

Passion, exercise, and meaningful relationships are a boon to brain health

 

  • In a recent paper, researchers reviewed studies linking exercise, relationships, and passion to brain health.
  • They found reasonable evidence that all three factors offer protection against cognitive decline.
  • Their review noted that randomized controlled trials are needed to confirm their findings.

Changes to cognitive function during the aging process are relatedTrusted Source to the brain’s white and gray matter volume.

Gray matter consists of biological structures, including neuronal cell bodies, synapses, and capillaries, whereas white matter consists of myelinated axons, through which signals are carried between neurons.



Gray matter volume steadily declinesTrusted Source at around 10 years of age. Research suggests that medically and cognitively healthier individuals experience less brain atrophy than less healthy individuals.

Studies also show that regular exerciseTrusted Source, strong relationships, and passion are key to maintaining a healthy brain during the aging process.

In a recent paper, researchers performed a thorough review of the extensive body of literature available on the link between brain physiology development, and physical activity, social relationships, and passion. Based on the evidence, they report that increased passion for an area or skill leads to more physical activity, more social relationships, and better well-being.

“[From our research], we have found that passion- or strong interest- may be a [key motivational factor for achievement and well-being] as it sets the direction of the arrow,“ Hermundur Sigmundsson, Ph.D., professor of psychology at the Norwegian University of Science and Technology, the lead author, told Medical News Today.

“Therefore, we say: Find your passion and develop it! Grit, or perseverance, is the size and strength of the arrow. Find your interest area and focus on the process. [Be ready to] take challenges! Challenges are key for development!” he added.


Observational studies indicate that an active lifestyle is helpful for maintaining cognitive and neurological health across age groups — especially in higher order processes such as switching between tasks, working memory, and cognitive inhibition.


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The researchers noted in their paper that intervention studies had confirmed these findings.

For example, older adults who underwent 1 hour of aerobic training 3 times per week for 6 months had increased gray and white matter volume compared to controls.

Other research shows that physical activity increases functionality in brain areas linked to attention and attention control, daily life activities, and cognitive reserve, a reserve of thinking abilities that acts as a buffer against age-related cognitive decline.

The new paper points to studies that suggest that maintaining social ties enhances cognitive reserve through cognitive strategies, greater neural growth, and synaptic density, which protect against pathological processes.

Imaging studies have demonstrated that larger social networks are linked to a larger orbitofrontal cortex — involved in decision-making — and amygdala volume.

These studies also demonstrate that less socially active people have a greater number of white matter lesions.

In addition, randomized control trials have shown that social relations may enhance cognitive reserve, and interventions have shown that increased social interaction in communities is linked to better cognitive function and larger brain volume.

Other studies, however, indicate no link between social relations and cognitive function later in life. The researchers thus suggest that more robust evidence from randomized controlled trials is needed to demonstrate causality.

In their paper, the researchers defined passion as “a strong feeling toward a personally important value/preference that motivates intentions and behaviors to express that value/preference.”


👉 Check Price on Amazon

Other research has found that passion is related to more deliberate practice among football players and better well-being and performance among workers.

The researchers also noted that passion might thus be important for maintaining neural plasticity. They wrote: “…hence repetition, use it or lose it, use it and improve it and intensity.”

An example of this is someone who is passionate about learning new languages. The researchers wrote that passion could motivate an individual to practice the second language more and thus strengthen their gray matter, neural cells, and connections.

They also noted that psychological traits such as grit and a growth mindset have also been linkedTrusted Source to the development of gray matter in different parts of the brain.

The researchers further cited a number of articles that suggest impaired motor function, antisocial behavior, depression, and anhedonia (the inability to feel pleasure) are common in neurodegenerative and psychiatric disorders and in the natural aging process.

They thus suggested that a “vicious cycle” may be at play: less physical activity may promote less social engagement and lower well-being.

“Passion gives direction to the area of interest, which could be related to the dopamine system, which is central in attention, learning, goal-directed behaviors, and rewards. Passion may be providing the focus essential for long-term goal achievement,” wrote the researchers.

When asked how physical activity, socializing, and passion improve brain health, Art Kramer, Ph.D., professor emeritus in the department of psychology at the University of Illinois Urbana-Champaign, not involved in the research, told MNT:

We know more about the mechanisms that underlie physical activity than social interactions or learning novel skills since there is a multi-decade literature on physical activity effects on brain health and learning and memory because there are excellent animal models for physical activity (often wheel running with rodents).”

The researchers concluded that physical exercise, social interactions, and passion are key to maintaining brain health.

When asked about the paper’s limitations, Dr. Sigmundsson noted that their article is just a review and that intervention studies focusing on increasing passion, physical activity, and social engagement need to be carried out to confirm their hypotheses.

Dr. Kramer added: “There are a number of limitations, including how best to personalize these factors to enhance cognitive and brain function in individuals as well as how best to combine intellectual engagement, physical activity and social interactions to maximize their benefits across the lifespan and with non-patients and patients alike.”

  • In a recent paper, researchers reviewed studies linking exercise, relationships, and passion to brain health.
  • They found reasonable evidence that all three factors offer protection against cognitive decline.
  • Their review noted that randomized controlled trials are needed to confirm their findings.

Changes to cognitive function during the aging process are relatedTrusted Source to the brain’s white and gray matter volume.

Gray matter consists of biological structures, including neuronal cell bodies, synapses, and capillaries, whereas white matter consists of myelinated axons, through which signals are carried between neurons.

Gray matter volume steadily declinesTrusted Source at around 10 years of age. Research suggests that medically and cognitively healthier individuals experience less brain atrophy than less healthy individuals.

Studies also show that regular exerciseTrusted Source, strong relationships, and passion are key to maintaining a healthy brain during the aging process.

In a recent paper, researchers performed a thorough review of the extensive body of literature available on the link between brain physiology development, and physical activity, social relationships, and passion. Based on the evidence, they report that increased passion for an area or skill leads to more physical activity, more social relationships, and better well-being.

“[From our research], we have found that passion- or strong interest- may be a [key motivational factor for achievement and well-being] as it sets the direction of the arrow,“ Hermundur Sigmundsson, Ph.D., professor of psychology at the Norwegian University of Science and Technology, the lead author, told Medical News Today.

“Therefore, we say: Find your passion and develop it! Grit, or perseverance, is the size and strength of the arrow. Find your interest area and focus on the process. [Be ready to] take challenges! Challenges are key for development!” he added.


Observational studies indicate that an active lifestyle is helpful for maintaining cognitive and neurological health across age groups — especially in higher order processes such as switching between tasks, working memory, and cognitive inhibition.

The researchers noted in their paper that intervention studies had confirmed these findings.

For example, older adults who underwent 1 hour of aerobic training 3 times per week for 6 months had increased gray and white matter volume compared to controls.

Other research shows that physical activity increases functionality in brain areas linked to attention and attention control, daily life activities, and cognitive reserve, a reserve of thinking abilities that acts as a buffer against age-related cognitive decline.

The new paper points to studies that suggest that maintaining social ties enhances cognitive reserve through cognitive strategies, greater neural growth, and synaptic density, which protect against pathological processes.

Imaging studies have demonstrated that larger social networks are linked to a larger orbitofrontal cortex — involved in decision-making — and amygdala volume.

These studies also demonstrate that less socially active people have a greater number of white matter lesions.

In addition, randomized control trials have shown that social relations may enhance cognitive reserve, and interventions have shown that increased social interaction in communities is linked to better cognitive function and larger brain volume.

Other studies, however, indicate no link between social relations and cognitive function later in life. The researchers thus suggest that more robust evidence from randomized controlled trials is needed to demonstrate causality.

In their paper, the researchers defined passion as “a strong feeling toward a personally important value/preference that motivates intentions and behaviors to express that value/preference.”

Other research has found that passion is related to more deliberate practice among football players and better well-being and performance among workers.

The researchers also noted that passion might thus be important for maintaining neural plasticity. They wrote: “…hence repetition, use it or lose it, use it and improve it and intensity.”

An example of this is someone who is passionate about learning new languages. The researchers wrote that passion could motivate an individual to practice the second language more and thus strengthen their gray matter, neural cells, and connections.

They also noted that psychological traits such as grit and a growth mindset have also been linkedTrusted Source to the development of gray matter in different parts of the brain.

The researchers further cited a number of articles that suggest impaired motor function, antisocial behavior, depression, and anhedonia (the inability to feel pleasure) are common in neurodegenerative and psychiatric disorders and in the natural aging process.

They thus suggested that a “vicious cycle” may be at play: less physical activity may promote less social engagement and lower well-being.

“Passion gives direction to the area of interest, which could be related to the dopamine system, which is central in attention, learning, goal-directed behaviors, and rewards. Passion may be providing the focus essential for long-term goal achievement,” wrote the researchers.

When asked how physical activity, socializing, and passion improve brain health, Art Kramer, Ph.D., professor emeritus in the department of psychology at the University of Illinois Urbana-Champaign, not involved in the research, told MNT:

We know more about the mechanisms that underlie physical activity than social interactions or learning novel skills since there is a multi-decade literature on physical activity effects on brain health and learning and memory because there are excellent animal models for physical activity (often wheel running with rodents).”


The researchers concluded that physical exercise, social interactions, and passion are key to maintaining brain health.

When asked about the paper’s limitations, Dr. Sigmundsson noted that their article is just a review and that intervention studies focusing on increasing passion, physical activity, and social engagement need to be carried out to confirm their hypotheses.

Dr. Kramer added: “There are a number of limitations, including how best to personalize these factors to enhance cognitive and brain function in individuals as well as how best to combine intellectual engagement, physical activity and social interactions to maximize their benefits across the lifespan and with non-patients and patients alike.”