
Explore the biomechanics of breathing, examining the body's structure, function, and nervous system, with guided meditations that connect awareness from head to cells.
Explore how the breath functions as both a voluntary and automatic process, linking the neocortex, limbic system, and brain stem to human emotion, perception, and self-regulation.
Practice a breath-focused meditation called the self-driving car, guiding your attention to breathing without trying to change it, and observing how the breath drives itself.
Explore how the diaphragm drives breathing by expanding the thoracic cavity and drawing air into the lungs, enabling oxygen exchange with the heart and capillaries.
Trace the diaphragm's origin in embryology through the septum transversum and folding with the head and heart. Neural crest cells and yolk sac contribute to diaphragm formation.
Guides students through a hands-on visualization of the diaphragm, showing how inhaling lowers and flattens the diaphragm while exhaling releases and domes, highlighting paradoxical movement.
Explore how the pelvic floor and upper thoracic diaphragms interact with breathing, highlighting breath as a full-body, pressurized process. Examine pelvic, thoracic, and cranial structures and feel their coordinated movement.
Explore the diaphragm and pelvic floor relationship with a two-handed breath exercise. Inhale: pelvic floor relaxes as the diaphragm tones; exhale: diaphragm domes and the pelvic floor tones.
Learn to breathe into different body areas using fluid displacement and diaphragmatic descent, from the hands and abdomen to hips and legs, as a metaphor for breath beyond air.
Explore how the diaphragm powers breathing and how accessory muscles, including intercostals, assist inspiration and expiration. Learn how posture and effort influence which muscles fire during inhalation and exhalation.
Explore how the vagus and phrenic nerves regulate breathing via the brainstem's respiratory center and diaphragm, and how vagal tone links breathing to heart rate variability.
Explore heart rate variability through a guided HRV meditation and pulse listening exercise, attuning to the rhythm of inhale and exhale to cultivate an embodied sense of vagal tone.
Trace and visualize the Vagus and Phrenic nerves from the mid neck near the anterior scalene to the diaphragm, noting connections to the heart, esophagus, and liver.
Practice gentle self-palpation to release the diaphragm by exploring the area under the ribs near the sternum, proceeding slowly to ease diaphragmatic tension and the phrenic and vagus nerves.
Explore the anatomy of the breath and stay in touch with Liam from Montana at the body awake for questions or future topics.
Taking a breath is central to the human experience: it's the first, and the last, thing you'll ever do. It happens with and without voluntary control. For these reasons and more perhaps, most meditative and movement traditions have placed great importance on coming to know one's own breathing.
So whether you're not even sure how the lungs fill, or you do know but want to get a deeper understanding into what happens in the autonomic nervous system with an exhale, or you can release tight shoulders by freeing up your diaphragm ... This could be an awesome course for you.
Watch the video to get a sense of the curriculum. Thanks and hope to see you in a minute!