Carson is a licensed acupuncturist in the state of Vermont with a Masters of Acupuncture from the Massachusetts College of Pharmacy & Health Sciences. He was born and raised in the Mad River Valley and has lived in places such as Denver, Uganda, and Seattle before returning to his roots to settle down and begin his practice right here in Waitsfield, VT.

As an outdoor adventure enthusiast his passion is in helping people move and enjoy life pain free. Inspired by Newton’s first law, Carson believes that a body in motion stays in motion and can be applied to all walks of life. His approach to health care utilizes various modalities, a diverse educational and experiential background, and a unique combination of Eastern practices with a Western lens. Culminating into the ultimate goal of helping patients to improve their well-being by treating acute and chronic pain, digestive disorders, emotional difficulties, as well as providing general maintenance of the body, mind, and spirit.

Testimonials

“I have been looking for an acupuncturist in the area for a while; when I found Carson and had an appointment I knew I had found the perfect fit! Carson is knowledgeable and is invested in you from the start. He wants what is best for you and your body. I see and feel results in my entire body, not just the parts I want to focus on. I highly recommend!”
“After a session with Carson, I experienced greatly reduced back and neck pain and now feel taller, straighter and so much lighter! Carson found and released tensions I didn’t even realize I was holding. In these days of too much cell phone/screen time, it’s easy to get out-of-whack. Carson at Inertia Acupuncture provides a wonderful, effective, safe, comfortable modality towards optimal wellness. “
“My experience at Inertia Acupuncture has been wholly positive. Carson is very knowledgeable about the meridian system. He quickly located and relieved several areas of tension over just a few sessions. Most notably, I experienced significantly more restful sleep following my treatments at Inertia. “