What Olympic Athletes Teach Us About Sleep Anxiety

If you've ever lain awake the night before something important — a job interview, a first date, a difficult conversation — you already have something in common with Olympic athletes.

A recent New York Times piece published during the 2026 Milan Cortina Winter Games highlighted something that might surprise you: nearly 40 percent of Team U.S.A. athletes reported poor sleep in a 2024 study. These are the most physically conditioned people on earth, preparing for the highest-stakes performances of their lives — and they struggle to sleep just like the rest of us.

What sports psychologists are teaching these athletes has a lot to offer anyone dealing with sleep anxiety, nighttime rumination, or the exhausting cycle of trying too hard to rest.

The Paradox of Sleep Effort

One of the central findings in how Olympic psychologists approach sleep is counterintuitive: the harder you try to sleep, the worse it often gets.

Dr. Emily Clark, a psychologist for the U.S. Olympic and Paralympic Committee, advises athletes to aim for consistency, not perfection. That distinction matters more than it might seem. When sleep becomes a performance — something to optimize, achieve, or win — it takes on the same qualities as wakefulness. Your nervous system stays alert. Your mind monitors. Your body waits.

This pattern has a clinical name: sleep effort. It's a well-documented contributor to chronic insomnia, and it's the same trap elite athletes fall into when they check their sleep tracker scores in the morning and treat the number as a verdict on their day.

The antidote isn't indifference to sleep. It's reducing the stakes you've attached to it.

What Nighttime Rumination Actually Is

Moguls skier Tess Johnson described what many of my patients describe almost word for word: waking in the middle of the night and replaying scenarios — past performances, future fears, imagined outcomes. "I'll find myself waking up in the middle of the night, just kind of ruminating," she said.

Nighttime rumination isn't a character flaw or a sign that something is wrong with your thinking. It's what happens when your brain hasn't had a chance to process the day's emotional content before you ask it to go offline.

For athletes, that content is competition pressure. For the rest of us, it might be work stress, relationship tension, parenting worry, or financial anxiety. The mechanism is the same: your threat-detection system doesn't have an off switch, and nighttime is often the first quiet moment it has to run through its backlog.

What helps? The same techniques Olympic sleep consultants recommend:

Box breathing or slow, rhythmic breathing before bed to signal the nervous system that it's safe to downshift

A consistent wind-down routine that avoids emotionally activating content (yes, that means the doom-scrolling and high-stakes TV shows)

Journaling or a "worry window" — giving your brain a designated time to process concerns earlier in the evening, so it doesn't reserve that work for 2am

Anchor Your Wake Time, Not Just Your Bedtime

One of the most practical takeaways from how Olympic psychologists work with athletes is the emphasis on a consistent wake time rather than a fixed bedtime.

Dr. Jim Doorley, another USOPC psychologist, explains that your wake time is the most powerful anchor for your circadian rhythm — especially combined with morning light exposure. Bedtime can be flexible depending on when you're actually sleepy. Wake time should stay stable.

This is consistent with what we know from Cognitive Behavioral Therapy for Insomnia (CBT-I), which is the gold-standard, evidence-based treatment for chronic sleep difficulties. One of its core components — sleep restriction — works precisely because a consistent wake time gradually rebuilds sleep drive and consolidates fragmented nights.

If you're lying in bed for nine hours but only sleeping six of them, the bed has become a place of wakefulness as much as sleep. A stable wake time, even on weekends, starts to change that association.

Your Body Is More Resilient Than You Think

Perhaps the most therapeutically important message in how the USOPC approaches sleep is this: one bad night doesn't ruin everything.

Their sleep guidelines explicitly state that a single night of poor sleep "is rarely enough to derail your performance when you have adrenaline on your side and good sleep banked from prior nights." Dr. Doorley encourages athletes to cultivate what he calls a "childlike relationship to sleep" — sleeping when tired, not overthinking it, letting go.

This is easier said than done, especially for people who have spent months or years in a fraught relationship with their bed. But it points toward something real: much of what maintains insomnia isn't the original sleep disruption. It's the catastrophic meaning we assign to it.

"I didn't sleep — tomorrow is ruined." "If I don't fall asleep in the next twenty minutes, I won't function." "Something must be wrong with me."

These thoughts are understandable, but they're also treatable. CBT-I and other evidence-based approaches directly target the cognitive distortions that keep the sleep anxiety cycle running.

When to Seek Support

If you recognize yourself in any of this — the rumination, the sleep effort, the dread of bedtime — it's worth knowing that sleep anxiety and insomnia are among the most treatable conditions in mental health.

You don't have to be an Olympian managing peak performance to deserve good sleep. And you don't have to keep white-knuckling through it.

If sleep difficulties are affecting your mood, your relationships, your work, or your quality of life, that's a signal worth taking seriously — not as a personal failure, but as information that your system needs something different.

Citation

Huber, M. F. (2026, February 7). 5 Sleep Habits to Steal from Winter Olympians. New York Times. https://www.nytimes.com/2026/02/07/well/sleep-winter-olympics-athletes.html

Why Sleep Care Can’t Be Automated

The Limits of AI in Treating Insomnia and Sleep Disorders

As artificial intelligence becomes more integrated into healthcare, many people are asking whether AI can replace clinicians, including sleep specialists. In behavioral sleep medicine, the question comes up often: Can AI treat insomnia as effectively as a trained sleep clinician?

On the surface, sleep treatment can look highly structured. Insomnia care relies on measurable data such as sleep efficiency, sleep timing, circadian rhythm patterns, and behavioral interventions. Many core principles of Cognitive Behavioral Therapy for Insomnia (CBT-I) follow clear, evidence-based guidelines.

If time in bed is too long, restrict it.

If circadian rhythm is delayed, adjust light exposure.

If the bed has become associated with wakefulness, change bedtime behaviors.

These tools are essential. But they are not the full picture.

Why Insomnia Is Rarely Just About Sleep

In real clinical settings, insomnia and sleep disorders are rarely isolated problems. They often emerge alongside anxiety, depression, trauma, burnout, caregiving stress, health concerns, or major life transitions.

What people bring into sleep treatment often sounds like:

• “I don’t trust my body anymore.”

• “Nighttime is when my anxiety takes over.”

• “If I stop pushing myself, everything will fall apart.”

• “Sleep feels unsafe.”

• “I rely on medication, but I’m afraid of what happens without it.”

Sleep problems are deeply connected to identity, safety, control, and emotional regulation. These factors cannot be captured fully by sleep data alone.

The Human Judgment Behind Effective Sleep Therapy

Successful insomnia treatment requires more than applying protocols. It requires clinical judgment and flexibility. The same sleep recommendation can reduce anxiety for one person and increase pressure for another.

Some patients benefit from structure. Others need less focus on sleep.

Some need reassurance. Others need space to explore fear or grief.

Some move quickly. Others need careful pacing.

This level of individualized care depends on attunement and therapeutic relationship, not just algorithms.

Where AI Can Help and Where It Falls Short

AI can be an effective tool in sleep medicine. It can track sleep patterns, identify trends, support adherence, and increase access to evidence-based care. Used thoughtfully, it can enhance clinical work.

But AI cannot:

• read emotional nuance in real time

• adjust recommendations based on fear or resistance

• recognize when “compliance” masks distress

• help someone feel safe enough to rest

Sleep therapy often involves helping people let go of control, tolerate uncertainty, and rebuild trust in their body. These processes unfold through human connection, not automation.

Why Sleep Clinicians Still Matter

Sleep is not only a biological process. It is shaped by mental health, relationships, stress, trauma, and meaning. Treating insomnia effectively means understanding how sleep fits into a person’s life, not just their sleep log.

AI may assist sleep clinicians, but it cannot replace the relational, contextual, and emotional aspects of care. Helping someone sleep better often means helping them feel understood.

And that work remains deeply human.

Why Weekend Catch-Up Sleep May Protect Teen Mental Health

Sleep and mental health are deeply connected — a relationship we see in patients of all ages. But a new study highlights just how powerful this link can be for teens and young adults.

Research from the University of Oregon and the State University of New York Upstate Medical University found that sleeping in on weekends to make up for missed sleep during the week is associated with a significantly lower risk of depressive symptoms among 16- to 24-year-olds.

Put another way: when teens who are consistently sleep-deprived during the school week add extra sleep on Saturday or Sunday, their likelihood of showing depressive symptoms drops by about 41 percent compared with those who do not “catch up.”

This finding adds to a growing body of evidence showing that sleep isn’t just a lifestyle bonus — it’s fundamental to emotional regulation, mood stability, and psychological resilience.

Why This Matters

Adolescence and early adulthood are peak periods for changes in sleep patterns and for increased risk of depression. Biological and social factors combine to make it particularly hard for teens to get enough rest:

Circadian shifts naturally delay teens’ sleep timing, making early bedtimes feel impossible.

Early school start times often force wakeups long before the brain is ready.

Academic, social, and extracurricular demands add up — reducing nightly sleep.

These realities make the “classic” advice of 8–10 hours per night difficult for many adolescents to meet consistently.

In this context, weekend catch-up sleep appears to offer a meaningful buffer against the emotional effects of chronic sleep debt.

What Weekend Sleep Catch-Up Might Be Doing

The brain processes emotional experiences and restores regulatory balance during sleep. When the nervous system is repeatedly under-rested, stress responses become overactive, mood regulation falters, and depressive thinking becomes more likely. Weekend catch-up sleep may help by:

• reducing accumulated sleep debt

• lowering physiological stress responses

• enhancing emotional processing and resilience

• reinforcing the circadian rhythm on rest days

For teens and young adults juggling early wake times and late nights, allowing extra sleep on weekends may allow the brain to restore a more balanced state — even if weeknight sleep remains short.

Consistent Sleep Still Matters Most

The authors of the study emphasize that regular, consistent sleep is still ideal, and that getting 8–10 hours per night every night remains the goal.

However, they also recognize that this ideal is often unrealistic given modern demands and biological rhythms.

When teens can’t meet that nightly target, weekend sleep recovery appears to be a useful protective strategy — not a perfect solution, but a meaningful one.

What This Means for Parents, Providers, and Teens

As clinicians and caregivers, it’s important to help young people understand both the value of consistent sleep and the realistic strategies for emotional well-being. Weekend catch-up sleep shouldn’t replace efforts to improve day-to-day rest, but it may serve as a helpful buffer against mood dysregulation when weeknight sleep is insufficient.

This study reminds us of a core truth: sleep and mental health are inseparable. Changes in sleep patterns — whether positive or negative — can have a profound impact on emotional well-being.

The finding that weekend recovery sleep can be linked to lower depressive symptoms in teens and young adults underscores the importance of sleep as a mental health intervention. In a culture that often glorifies busy schedules and late nights, these results provide a compelling scientific case for protecting sleep whenever possible — even if that means starting with weekends.

Understanding and supporting sleep doesn’t just improve rest. It supports mood, resilience, and the capacity to navigate life’s challenges with steadier emotional balance.

References

Jason T. Carbone, Melynda D. Casement. Weekend catch-up sleep and depressive symptoms in late adolescence and young adulthood: Results from the National Health and Nutrition Examination Survey. Journal of Affective Disorders, Volume 394, Part B, 2026, https://doi.org/10.1016/j.jad.2025.120613.

How Exercise Affects Sleep: The Benefits—and When It Backfires

Exercise and good sleep are often talked about as a perfect pair. And honestly, they usually are. Moving your body helps regulate stress hormones, supports your circadian rhythm, and increases deep sleep—the kind that leaves you feeling restored rather than groggy.

But like most things in wellness, timing and intensity matter. In some cases, the wrong workout at the wrong time can interfere with your ability to fall asleep or stay asleep. Here’s a closer look at why exercise is both one of the best tools for sleep—and occasionally one of the sneakiest disruptors.

Why Exercise Improves Sleep (Most of the Time)

1. It helps burn off stress and excess energy

Physical activity reduces cortisol and supports your nervous system. If you spend most of your day behind a desk or dealing with pressure-heavy decisions, exercise gives your body a healthy outlet for tension—making it easier to wind down at night.

2. It strengthens your internal clock

Your circadian rhythm loves consistency and daylight. Working out—especially outdoors—reinforces daytime alertness. In return, your brain receives a clear signal later: “Okay, now it’s nighttime. Let’s power down.”

3. It increases slow-wave (deep) sleep

Studies show that regular movement increases the restorative stages of sleep, which are essential for immunity, mood regulation, and cognitive function.

Where Things Go Wrong: How Exercise Can Disrupt Sleep

1. Working out too close to bedtime

Intense exercise elevates your core body temperature, heart rate, and adrenaline. If you push hard within 1–2 hours of bedtime, your body may still be in “go mode”—even when your mind wants to relax.

2. Overtraining or high cortisol levels

More isn’t always better. Overtraining—especially common in NYC’s hustle culture—can keep your cortisol elevated throughout the day. Chronic stress hormones interfere with the onset of sleep and lead to nighttime awakenings.

3. Caffeine-powered workouts

Pre-workout drinks and late-day coffee runs might help you perform, but the lingering stimulatory effects can disrupt your sleep window. Even if you think you’re not caffeine-sensitive, your sleep architecture might disagree.

4. Exercising at inconsistent times

Your circadian rhythm thrives on predictability. If you switch your exercise schedule back and forth—morning one day, late evening the next—your body’s sleep timing cues may drift out of alignment.

How to Exercise for Better Sleep

Aim for morning or early afternoon movement.

Morning sunlight + physical activity is one of the strongest combos for circadian health.

If evenings are your only option, keep it lighter.

Think yoga, stretching, pilates, or a walk—anything that supports relaxation rather than ramps your system up.

Watch your caffeine timing.

For most people, stopping caffeine by 2 p.m. makes a meaningful difference.

Follow the “wind-down” rule.

Leave at least 90 minutes between your workout and bedtime so your temperature and heart rate can normalize.

Pay attention to your sleep patterns.

If you notice you sleep worse after intense evening workouts, your body is giving you valuable information.

The Bottom Line

Exercise is one of the most powerful lifestyle tools for improving sleep and mental health—but it’s not one-size-fits-all. With the right timing and intensity, movement can transform your sleep. With the wrong approach, it can keep you wired and wide awake.

A balanced, mindful exercise routine can help you fall asleep faster, stay asleep longer, and wake up with the kind of clarity that makes the rest of life feel more manageable.

Seasonal Affective Disorder, Sleep, and the Circadian Rhythm: Why Winter Feels So Hard

As the days grow shorter and mornings get darker, many people notice familiar changes: lower energy, heavier moods, difficulty waking up, and an urge to sleep more while feeling less rested. For some, these shifts go beyond “winter blues” and develop into Seasonal Affective Disorder (SAD).

While SAD is often discussed as a mood condition, its roots are deeply connected to sleep and circadian rhythm disruption. Understanding that connection helps explain why symptoms emerge seasonally — and why targeting sleep and light exposure can make a meaningful difference.

What Is Seasonal Affective Disorder?

Seasonal Affective Disorder is a form of depression that follows a predictable seasonal pattern, most commonly beginning in late fall or winter and improving in spring. Symptoms often include:

• Low mood or sadness

• Fatigue and low motivation

• Increased sleep or difficulty waking

• Changes in appetite or cravings for carbohydrates

• Difficulty concentrating

• Social withdrawal

Notably, many of these symptoms overlap with sleep disruption — which is not a coincidence.

The Circadian Rhythm: Your Internal Clock

The circadian rhythm is the body’s internal timing system. It regulates sleep-wake cycles, hormone release, body temperature, and energy levels. This clock is heavily influenced by light — especially morning light.

During winter months, reduced daylight and later sunrises can shift or weaken circadian signals. When the brain receives less consistent light input, the timing of sleep, alertness, and mood regulation becomes less stable.

For people vulnerable to SAD, this circadian misalignment plays a central role.

How Shorter Days Disrupt Sleep and Mood

In winter, many people experience a mismatch between their biological clock and their daily demands. They may feel sleepy earlier in the evening, struggle to wake in the morning, or sleep longer without feeling refreshed.

This disruption can lead to:

• Delayed or fragmented sleep

• Reduced sleep quality

• Daytime fatigue

• Increased emotional sensitivity

• Lower stress tolerance

When sleep timing and quality suffer, the brain’s ability to regulate emotion and motivation also declines — increasing the risk for depressive symptoms.

Why SAD Often Feels Like “Exhaustion Plus Low Mood”

Unlike other forms of depression that are associated with insomnia, SAD is often linked to hypersomnia — sleeping longer but feeling less restored. This can feel confusing and discouraging.

Circadian disruption helps explain why. When the internal clock is misaligned, sleep may be longer but less efficient. The brain does not receive the same restorative benefit, leaving people feeling sluggish, foggy, and emotionally flat.

Sleep becomes abundant but ineffective.

The Role of Light in Regulating Mood

Light is the strongest signal for circadian alignment. Morning light exposure tells the brain when the day begins, helping regulate melatonin, cortisol, and alertness.

In winter, reduced morning light can delay the circadian rhythm, leading to later sleep times, difficulty waking, and lower daytime energy. Over time, this delay can contribute to mood changes associated with SAD.

This is why light-based interventions are often central to treatment.

Supporting Sleep and Circadian Health in SAD

Addressing SAD often involves supporting the circadian rhythm rather than focusing solely on mood symptoms.

Helpful strategies may include:

• Consistent wake times, even on weekends

• Early morning light exposure, either outdoors or via light therapy

• Reducing bright light exposure late at night

• Maintaining regular meal and activity times

• Avoiding excessive time in bed during low-energy days

These interventions help strengthen circadian signals, which in turn support more restorative sleep and more stable mood.

Why Sleep-Focused Treatment Matters

When sleep and circadian rhythms are stabilized, people with SAD often notice improvements in energy, motivation, and emotional resilience — sometimes before mood fully lifts.

Sleep-focused approaches create a foundation for other treatments to work more effectively. When the nervous system is better regulated, cognitive and emotional interventions become easier to engage in.

SAD Is Not a Personal Failure

It’s important to emphasize that Seasonal Affective Disorder is not a lack of willpower or motivation. It reflects a biological sensitivity to changes in light and timing.

Recognizing SAD as a circadian-related condition reduces self-blame and opens the door to more targeted, compassionate care.

Seasonal Affective Disorder sits at the intersection of mood, sleep, and circadian rhythm. Shorter days disrupt the body’s internal clock, altering sleep quality, energy levels, and emotional regulation.

By understanding and supporting the circadian system — through light, timing, and sleep consistency — many people experience meaningful relief. Treating sleep and rhythm is not separate from treating mood; it is often the most direct path toward feeling better.