
Matt Bush
Founder of Next Level Neuro and lead educator at Neurosomatic Intelligence. He is an expert in neuroscience.
Top 3 podcasts with Matt Bush
Ranked by the Snipd community

7 snips
Feb 10, 2025 • 47min
PTSD, Fear, and Memory
Matt Bush, founder of Next Level Neuro and educator in Neurosomatic Intelligence, dives into the intricate relationship between trauma and memory. He explains why some people recover from trauma while others develop PTSD, emphasizing the brain's role in fear memory processing. The discussion covers key brain areas like the hippocampus and cerebellum, highlighting their importance in emotional regulation. Practical strategies for trauma healing are shared, focusing on the mind-body connection and the benefits of somatic experiences.

Apr 14, 2025 • 51min
Unraveling OCD: the Neurosomatic Roots of Obsession, Compulsion, and Trauma
In this engaging discussion, Matt Bush, founder of Next Level Neuro and a leading expert in neuroscience, unpacks the fascinating links between OCD, trauma, and the nervous system. He reveals how OCD often stems from childhood experiences and acts as a protective mechanism. The conversation includes insights into the neurological underpinnings of OCD, the significance of regulating the nervous system, and innovative treatment approaches. Listeners will discover why viewing OCD as a feature rather than a flaw can lead to healing and growth.

Jul 2, 2024 • 1h 37min
#20 - The Neurology of Posture with Matt Bush
In this conversation with Matt Bush, co-founder of Next Level Neuro and renowned applied neurology instructor, listeners discover the intricate connection between posture and the brain. They explore how habitual, reflexive movements shape alignment more than conscious strengthening. Matt elucidates the roles of the vestibular system in balance and introduces simple exercises to improve posture at the neurological level. The discussion also touches on the impacts of chronic pain and blood pressure variations on posture, emphasizing the need for a deeper understanding of neurological functions.