IN THIS LESSON

  • Perfect Breath is my go-to—both for myself and for almost all my clients and students when it comes to daily breathwork. It’s simple, powerful, and incredibly effective for nervous system regulation.

    That said, while no breath is truly perfect, the intention behind Perfect Breath is breathing at a rhythm of approximately 5 to 6 seconds in and out—equal parts inhale and exhale. For me, perfect is the act of perfecting—a continued, evolving journey of refinement and presence.

    One thing I like to visualize during the practice is energy flowing between the brain hemispheres. I imagine my right brain (emotional, creative) sending energy down the left side of my body, and my left brain (analytical, practical) flowing into the right side. It’s a small mental cue that helps bring balance and integration.

    Here’s my favorite tip: on the inhale, picture filling a glass of air from the very bottom—starting in the belly—all the way up past the top of the lungs, like you’re pouring air gently to the brim. Then exhale with ease. These visual anchors make the breath feel more embodied, not just mechanical.

    It might feel awkward at first to breathe this slowly, especially if you’re used to shallow or fast-paced breathing. But with practice, your body begins to remember. It becomes natural—autonomic.

    One of my students shared that her client was actually triggered by the word “perfect.” I get that. I personally don’t have any emotional charge around the word, so I love it. But if you feel any resistance, feel free to rename it—Balanced Breath, Ideal Breath, Resonance Breath—whatever lands best for you. It’s the practice that matters, not the label.

    • Sit comfortably with relaxed shoulders and a tall spine

    • Inhale slowly through the nose for approximately 5.5 seconds

    • Exhale gently through the nose for 5.5 seconds

    • Notice the cooling sensation as air enters through the nostrils

    • Observe how your body responds—no need to change anything, just witness

  • Perfect Breath, also known as resonance frequency breathing or heart rate variability biofeedback (HRVB), involves breathing at a specific rate (typically around 6 breaths per minute) to maximize heart rate variability (HRV), which can lead to improved cardiovascular, cognitive, and affective functioning. 

    Here's a more detailed explanation:

    • What is Perfect Breath?

      • Perfect Breath is a breathing technique that focuses on breathing at a specific frequency (around 6 breaths per minute) to optimize heart rate variability (HRV). 

      • This technique is based on the concept of respiratory sinus arrhythmia (RSA), which is the natural variation in heart rate that corresponds to breathing. 

      • The goal is to find the individual's resonance frequency, the breathing rate that maximizes their RSA and HRV. 

    • How it Works:

      • Breathing at the resonance frequency can lead to a stronger cardiovascular response, which can improve HRV. 

      • HRVB biofeedback involves training individuals to breath at their resonance frequency, which can improve their cardiovascular, cognitive, and affective functioning. 

    • Benefits of Perfect Breath:

      • Improved HRV: Breathing at the resonance frequency can lead to a more positive HRV, which is associated with better cardiovascular health and stress management. 

      • Lower Blood Pressure: Some studies have shown that resonance breathing can lead to lower blood pressure, particularly during stress. 

      • Improved Mood: Perfect Breath has been linked to a more positive mood and reduced stress. 

    • How to Determine Resonance Frequency:

      • A common protocol involves clients breathing at different rates (e.g., 6.5 to 4.5 breaths per minute) for 2-minute intervals, with 2-minute rest periods in between. 

      • Clinicians record physiological activity during these intervals to determine the breathing rate that produces the highest HRV. 

      • Some studies have shown that the resonance frequency can vary from person to person, and may not be a constant cardiorespiratory parameter even in the same individual.