Last Updated: June 2026
Quick Takeaways: Nervous system regulation tips for focus
- Support calm focus (Parasympathetic nervous system): a slower breath, light movement, or a short guided pause
- Support energized focus (Sympathetic nervous system): break work into clear, near-term steps, try a brief cognitive challenge, or add movement when it feels safe and appropriate
- Aim for fewer task switches (reduce multitasking): when possible, give yourself a single “next step” and return to it after interruptions
If a strategy ends up leaving you more tense or distracted, that is useful feedback. Focus is personal, and the most supportive approach is often the one that feels sustainable in your day-to-day life.
How does your nervous system affect focus?
Your ability to focus is shaped by more than just your thoughts. It is also influenced by what is happening in your body. The state of your nervous system can affect attention and concentration. Focus is often easiest when you feel alert and engaged without becoming overstimulated, while also feeling calm enough to stay present with the task at hand.
A study by Dr. Ryan J. Giuliano and colleagues at the University of Oregon, published in Psychophysiology, found that differences in certain nervous system functions—specifically, activity in two branches of the peripheral nervous system—were associated with differences in attention and task performance [1]. In other words, the body systems involved in activation and settling can play a role in how steady your attention feels on a day-to-day basis.
This doesn't mean there is one ideal body state for focus, or that attention can be switched on at will. Focus is affected by many factors, including stress, sleep, environment, and individual differences. Still, some people find that gentle adjustments, such as how they breathe, move, or structure their space, can make concentrating feel a bit more supported.
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In this blog, we’ll explore:
- how the nervous system affects attention and focus
- the difference between the parasympathetic (PNS) and sympathetic (SNS) nervous systems
- how to recognize when you may need calmer focus versus more energized focus
- approaches that can support focus by shifting your level of calm or activation
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Before You Read: We understand that the information and strategies we share may not resonate with everyone. If you're looking for additional support, we encourage you to reach out to a qualified mental health professional. If you're considering therapy, Layla's Care team can help simplify the process through personalized therapist matching and support.
Why reducing multitasking may support focus and nervous system regulation
Research on attention suggests that doing multiple cognitively demanding tasks at once often comes with trade-offs, such as slower performance, more errors, and higher stress [2, 3]. For many people, focus improves when tasks are handled one at a time, with fewer switches in between.
Many people try to multitask because work and life demand a lot at once. If you find your attention pulled in several directions, you are not alone.
Some studies suggest that frequent task-switching is associated with higher stress and poorer attention in the moment, but it does not mean everyone is harming their brain by occasionally juggling responsibilities. The goal here is not perfection. It’s to give your attention more support, especially when you need steadier focus.
This research points to one helpful frame: attention is influenced by the body’s state. The nervous system has two branches that work together throughout the day:
- Sympathetic nervous system (SNS), which supports activation and alertness
- Parasympathetic nervous system (PNS), which supports settling, recovery, and calm focus
Rather than trying to force concentration, some people find it easier to shift their body toward a state that makes focus more available. Below are a few techniques that relate to parasympathetic nervous system activation. They are not meant to be a checklist, and not every option is a good fit for everybody.
Somatic techniques for focus
The parasympathetic system helps the body rest, recover, and regulate after periods of stress [4]. When people feel calmer and more settled, it can become easier to focus and stay engaged with a task. Practices such as slow breathing, light movement, and intentional breaks can help support nervous system regulation. The exercises below may help you feel more focused and present.
Exercise 1. Use your breath to steady your system
Intentionally breathing slower with longer exhales can support parasympathetic activity, signaling safety. The aim is not perfect technique. It’s to give your body a small signal of a lack of danger.
You might try:
- Breathing in through your nose
- Making your exhale slightly longer than your inhale
- Practicing this for one to two minutes before starting a task
- Using slow breathing during transitions between activities
Exercise 2. Try light, low-intensity movement
Allowing your body time to transition through low-intensity movement can help some people move into a more focused state.
You might try:
- Taking a short walk
- Gentle stretching
- Mobility exercises
- Yoga
- Tai chi
- Qigong
Exercise 3. Create intentional breaks between focused attention
Short guided exercises can help you reset your attention, even taking one to two minutes between tasks can help. This is not about emptying your mind. It’s a small pause that may reduce mental noise and make it easier to return to what you are doing.
You might try:
- A one-minute breathing exercise
- A short guided meditation
- Standing and stretching between tasks
- Taking a mindful pause before switching activities
- Stepping away from screens for a few minutes
Techniques to increase alertness when attention feels sluggish
The sympathetic nervous system is involved in alertness and energy [5]. Some research suggests that attention is often best supported when activation is in the manageable range. Tasks may feel easier to engage with when they feel more immediate, when the body has an opportunity to move, or when the brain is given a manageable challenge. The goal is not to create stress, but to gently increase alertness in a way that feels sustainable.
Technique 1. Create clear steps to help make progress feel more immediate
When a goal is far away, attention can sometimes fade. Some people can find it easier to stay engaged when the next step has a clear, near-term endpoint.
You might try:
- Turning a broad goal into one concrete next step you can complete today
- Phrasing the next step as an action you will take, rather than something you will avoid [6]. For example, instead of “I won’t skip my workouts,” you might say, “I’ll go for a 20-minute run after work today"
- Keeping steps short enough to finish within a few hours or a day or two
- Defining what “done” looks like so the endpoint is clear
- Taking a brief pause to acknowledge completion before moving on
Technique 2. Try brief, higher-intensity movement, if appropriate
More intense exercise can increase sympathetic activation. For some people, short sessions can lead to a clearer or more energized feeling afterward. This varies, and it may not be appropriate if intense exercise worsens anxiety symptoms or is not safe for your health.
If it does feel helpful for you, consider:
- Choosing an activity you already know is safe for your body
- Starting small and building gradually
- Leaving room for rest and recovery
Technique 3. Use a manageable cognitive challenge
A short, engaging challenge can sometimes increase alertness without the emotional load of a stressful situation. For some people, puzzles or word games offer a gentle way to “wake up” attention.
Examples include:
- Logic puzzles
- Word games
- Short strategy games
- A timed challenge that still feels light or playful
The key: Supporting balance between alertness and calm
For many people, finding a steadier focus comes from some combination of settling and activation. For some people, too much activation can make focus harder and increase irritability, tension, or anxiety. You might notice that calming practices help first, or that a bit of activation helps first. If a strategy increases stress or makes focusing harder, that information can guide what you try next.
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Finding the right support
If you require any immediate support, please reach out to a professional, or click here to explore our crisis and community resources. If you’d like to inquire about finding mental health support that’s right for you, a member of our team is happy to assist you. You can email us at contact@layla.care for any inquiries, or complete our intake form to reach out to a member of our care team.
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Frequently asked questions
Why does stress make it harder to focus?
Because historically and biologically, our biggest threats were physical (e.g., a predator chasing you), when your body perceives stress, the sympathetic nervous system becomes more active, often preparing you for action (i.e., to “fight” or “flee”). This response can temporarily increase alertness, but when stress is intense or prolonged, it can make it harder to concentrate, stay focused on one task, or think clearly. This is because your body shifts its resources toward responding to a perceived threat, while functions that support tasks like problem-solving, memory, planning, and sustained concentration become less of a priority [7]. As a result, you may find it more difficult to focus, make decisions, remember information, or stay present in what you're doing.
What is nervous system dysregulation and how does it affect focus?
Nervous system dysregulation is a term often used to describe difficulty shifting between states of alertness and rest in response to changing demands. When someone feels persistently overwhelmed, activated, depleted, or disconnected, it can affect attention, concentration, and the ability to prioritize tasks.
How do I know if I’m overstimulated or understimulated?
Overstimulation is often associated with a heightened state of arousal and may feel like restlessness, racing thoughts, difficulty concentrating, or tension in the body.
Understimulation is often associated with low levels of arousal and may feel like low energy, difficulty getting started, reduced motivation, or a foggy feeling.
Can nervous system regulation help with ADHD-related focus difficulties?
Research suggests that differences in arousal regulation may contribute to attention and self-regulation difficulties in ADHD. The ability to reach and sustain an effective level of activation can influence focus, ask engagement, and performance. Body-based approaches such as breathing exercises, movement, and mindfulness practices may offer additional support alongside other treatments, though they are not a replacement for professional assessment or care.
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References and external links
[1] Berman, M. G., Jonides, J., & Kaplan, S. (2008). The cognitive benefits of interacting with nature. Psychological Science, 19(12), 1207–1212. https://doi.org/10.1111/j.1467-9280.2008.02225.x
[2] Kubu, C. S., & Machado, A. G. (2017, March 24). Why smart people don't multitask. Entrepreneur. https://www.entrepreneur.com/living/why-smart-people-dont-multitask/288829
[3] Mark, G., Wang, Y., & Niiya, M. (2014). Stress and multitasking in everyday college life: An empirical study of online activity. In Proceedings of the SIGCHI Conference on Human Factors in Computing Systems (pp. 41–50). Association for Computing Machinery. https://doi.org/10.1145/2556288.2557361
[4] Cleveland Clinic. (2022). Parasympathetic nervous system (PSNS): What it is & function. https://my.clevelandclinic.org/health/body/23266-parasympathetic-nervous-system-psns
[5] Cleveland Clinic. (2022). Sympathetic nervous system (SNS): Fight-or-flight response. https://my.clevelandclinic.org/health/body/23262-sympathetic-nervous-system-sns-fight-or-flight
[6] McEwen, B. S. (2013). The brain on stress: Toward an integrative approach to brain, body, and behavior. Perspectives on Psychological Science, 8(6), 673–675. https://doi.org/10.1177/1745691613506907
[7] Cleveland Clinic. (2022, June 23). What happens to your body during the fight-or-flight response? Cleveland Clinic Health Essentials. https://health.clevelandclinic.org/what-happens-to-your-body-during-the-fight-or-flight-response
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