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The Science Of Stress Reduction: How and Why Reducing Stress Improves Athletic and Professional Performance

Combat the effects of chronic stress with neuroscience

a sci fi scene, a group of people sitting cross legged in meditation.  Their hands are in mudra poses.  They are relaxing and removing stress
Group Meditation Dissolving Life's Stress

The Science of Stress Reduction


Have you found yourself with an inability to get motivated or focused enough to do what you need to do in life?  Whether it be performance in career or sport, or sticking to a gym routine, our life outside of the office or gym plays a critical role in our ability to stay motivated, energized and focused enough to be successful in these endeavors.  Perhaps you have a chronic stress condition?


In this article, we will show you why stress keeps you demotivated and lacking focus. We will talk about anatomy and physiology of the brain and nervous system. We will also share with you tactics to combat these effects with meditation. Guided meditations will be linked for your convenience.


Disclaimer:  This is not medical advice, nor is it an attempt to diagnose, treat or cure any medical condition.  If you feel you are in need of medical treatment, please seek the guidance you need to be at your best.  


What exactly causes stress to drag us down?  It’s much more than mental, as many believe.  It’s a holistic response to stress.  This is known as physiological load, and any stressor in our life adds to our physiological load, and consequently, our need to recover from the excess physiological load.  

Here’s more information on physiological load:



physiological load, physiology, chronic stress, stress, chronic disease
High Physiological Load Shown On Graph


Physiological load refers to the cumulative strain placed on the body’s systems—such as the nervous, cardiovascular, and muscular systems—due to internal and external stressors. This load can come from physical factors like intense exercise, poor sleep, or illness, as well as emotional and psychological stressors, such as work pressure, anxiety, or prolonged mental fatigue.

When physiological load becomes too high, it disrupts the body’s ability to maintain homeostasis, or balance, which in turn affects critical processes that regulate energy, focus, and motivation.

Here’s how a high physiological load impacts these areas:

  1. Energy Levels: When the body is under prolonged stress, it stays in a state of heightened alertness, often fueled by the release of stress hormones like cortisol and adrenaline. While these hormones are useful in short bursts, chronic activation leads to exhaustion. The body prioritizes dealing with the stressor, draining energy reserves and leaving you feeling fatigued, even if you haven’t been physically active. In this state, it becomes harder to stay energized, no matter how much rest or caffeine you consume.

  2. Motivation: A high physiological load can impair motivation by taxing the prefrontal cortex, the brain region responsible for decision-making and goal-setting. Constant stress or physical fatigue reduces the brain's ability to generate dopamine, the neurotransmitter associated with pleasure and reward. Without enough dopamine, you may feel demotivated, apathetic, or overwhelmed, making it hard to engage in tasks or stay driven toward goals.

  3. Focus: High physiological load leads to increased activity in the sympathetic nervous system (SNS), keeping your body in "fight or flight" mode. This state triggers constant scanning for threats and distractors, making it difficult to concentrate on any one task. The brain also diverts resources away from the prefrontal cortex, where sustained attention and focus are regulated, and toward survival functions. As a result, mental clarity and cognitive performance decline, and you may find yourself more prone to distractions and mental fatigue. 


STRESS


a successful business man is angry, overly stressed, and has a facial expression of job dissatisfaction
Workplace Stress


Stress is a natural physiological response managed by the sympathetic nervous system (SNS), the part of our body responsible for activating the “fight or flight” reaction. This system triggers the release of stress hormones like cortisol and adrenaline, which prepare your body to respond to immediate threats. For example, if you were being chased by a predator, these hormones would help you run faster, increase your heart rate, and sharpen your focus—all necessary for short-term survival.


However, in our modern world, we often encounter stress not from life-threatening situations, but from everyday pressures like tight work deadlines, heavy traffic, or even interactions with rude or inconsiderate people. Whether you’re stuck in a traffic jam, trying to meet a last-minute project deadline, or dealing with an angry customer, your SNS is being activated. Over time, these smaller but frequent stressors can lead to chronic stress, a state in which the stress response is triggered repeatedly and stays activated for extended periods.


Chronic stress is particularly harmful because, unlike short-term stress, your body doesn’t get the chance to return to a relaxed state. This persistent activation of the SNS causes elevated levels of cortisol to circulate in your system. Prolonged exposure to these hormones can result in various health issues, including anxiety, high blood pressure, insomnia, weakened immune function, and cognitive impairments such as memory loss and difficulty concentrating. Many people unknowingly live in a state of chronic stress, overwhelmed by their responsibilities, personal challenges, or constant sensory overload from digital devices.


For example, your morning commute, with its slow-moving traffic and honking horns, might seem like a minor inconvenience. However, that daily frustration is signaling your brain to remain in "fight or flight" mode, keeping cortisol levels high. Or consider how a rude remark from a coworker can linger in your mind, subtly contributing to your stress levels throughout the day.


These small, everyday occurrences add up, leading to the kind of chronic stress that can severely affect both mental and physical health over time.


The Antidote?


woman sitting in meditation her hands in mudra poses.  There is a platinum light body extending out of her crown chakra.  There is a vortex of torus toroidal energy spinning behing her.  The scenery is desert mountains, with a starry night sky.
Higher Self White Light Meditation


Meditation offers an antidote by activating the parasympathetic nervous system (PNS), often called the "rest and digest" system. When the PNS is engaged, it helps calm the body, lower heart rate, and reduce cortisol levels. One significant study published in Health Psychology (Goyal et al., 2014) demonstrated that mindfulness meditation led to a marked reduction in both cortisol levels and perceived stress among participants. This shift into a relaxed state allows the body to recover from the harmful effects of prolonged stress. By regularly activating the PNS through meditation, you effectively counterbalance the negative impact of daily stressors, leading to improved overall well-being and resilience against chronic stress.



The Neuroscience Behind Improved Mental Focus and Clarity


a human brain and it's neural circuits.  The neuron connections are glowing with green light.
Neural Networks For Mental Clarity


Meditation not only alleviates stress but also brings remarkable improvements to brain function. Research has shown that regular meditation strengthens areas of the brain associated with executive functions such as attention, memory, and decision-making. The prefrontal cortex, responsible for tasks like problem-solving, impulse control, and planning, grows stronger with consistent meditation practice. According to a study published in Psychiatry Research: Neuroimaging (Lazar et al., 2005), mindfulness meditation was linked to increased thickness in the prefrontal cortex, signifying enhanced cognitive functions.

Additionally, meditation affects the default mode network (DMN), a brain network involved in mind-wandering and self-referential thinking. Too much DMN activity leads to overthinking and distractions, preventing you from focusing effectively. For instance, how often do you find your mind drifting during a meeting or getting stuck on a past conversation? Meditation reduces this overactivity, improving sustained focus and cognitive clarity. A study in The Journal of Neuroscience (Zeidan et al., 2010) confirmed that meditation practice decreased DMN activity, which enhanced participants' ability to focus on tasks for longer periods and improved their cognitive performance.

Through meditation, you train your brain to quiet the noise, helping you maintain concentration and mental clarity even in stressful environments. The longer and more consistently you practice, the more these brain changes solidify, making it easier to stay focused and clear-headed in your daily life.



Meditation and Athletic Performance: Enhancing Physical Recovery


Kobe Bryant wearing an L.A. Lakers Jersey and meditating in the forest.  He is meditating to improve his athletic basketball performance
Kobe Bryant Meditating In The Forest

Beyond mental benefits, meditation also supports physical recovery, particularly for athletes or those who engage in strenuous activities. When you push your body during a workout, your sympathetic nervous system is activated, leading to a spike in cortisol and temporary physical stress. This is a normal part of exercise, but effective recovery is essential for preventing burnout or injury.

Meditation, by stimulating the parasympathetic nervous system (PNS), helps shift the body back into a relaxed state, which accelerates the recovery process. A study published in The Journal of Strength and Conditioning Research (Parker et al., 2015) found that athletes who meditated after intense exercise experienced less muscle soreness and faster recovery times compared to those who did not meditate. This quicker recovery is attributed to the meditation-induced activation of the PNS, which lowers cortisol levels, reduces inflammation, and supports tissue repair.

For athletes, regular meditation not only aids in recovery but also heightens mind-body awareness, enabling them to better gauge their physical limits and prevent injury. It also improves focus during competitions, helping athletes perform at their best without being overwhelmed by mental or physical fatigue.



Studies Highlighting Executive Function and Athletic Performance


scientists in a lab and lab coats are conducting experiments and scientific research to study the effects of stress, physiological load and chronic metabolic diseases
Scientific Research On Chronic Stress

  1. Executive Function:

    • Study: Lazar et al. (2005) in Psychiatry Research: Neuroimaging

    • Findings: Regular mindfulness meditation increases prefrontal cortex thickness, which improves critical functions like focus, planning, and decision-making. Over time, this strengthens the brain’s ability to manage stress and remain sharp under pressure.

  2. Athletic Performance:

    • Study: Parker et al. (2015) in The Journal of Strength and Conditioning Research

    • Findings: Meditation reduced muscle soreness and enhanced recovery time after intense physical exercise. The relaxation response triggered by meditation helps lower stress hormones and promotes quicker healing.



Practical Tips for Incorporating Meditation into Your Life


Meditation can be a powerful tool for managing stress and enhancing mental clarity, but it’s also incredibly accessible. Here are some practical tips to help you get started:

  • Start Small: If you're new to meditation, don’t feel pressured to begin with long sessions. Start with just five minutes a day. Even short bursts of meditation can have profound effects over time.

  • Consistency is Key: Like any habit, the benefits of meditation accumulate with regular practice. Aim to meditate daily, even if it's for a few minutes, to create lasting change in your stress response and mental focus.

  • Explore Different Styles: There are many forms of meditation, from mindfulness to loving-kindness meditation to guided practices. Try different techniques to see what works best for your lifestyle and preferences.

  • Create a Relaxing Space: Designate a quiet, comfortable area in your home for meditation. Having a dedicated space can help signal to your mind that it's time to relax and focus.



Conclusion

Meditation goes beyond simple relaxation; it’s a scientifically supported practice that offers transformative benefits for mental clarity, stress reduction, and physical recovery. By calming the sympathetic nervous system (SNS) and activating the parasympathetic nervous system (PNS), meditation provides a practical and accessible way to mitigate the impacts of chronic stress. Whether you're trying to sharpen your mental focus, recover faster from physical exertion, or simply find a sense of calm amid life’s daily pressures—like tight deadlines, traffic jams, or frustrating interactions—meditation can help.

By engaging in regular meditation, you rewire your brain for better focus and enhanced cognitive performance. You also protect your body from the long-term effects of stress, ensuring that both mind and body can thrive in a busy world. As you integrate meditation into your routine, you’re not just relaxing; you’re actively building resilience, mental clarity, and physical recovery, leading to a more balanced, focused, and fulfilling life.


Click on this YouTube Playlist for Guided Meditations and breath work.




Love You All!

Coach Jerry



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