Physical stress
You notice recurring tension, fatigue or body signals and want support that feels calm and precise.
Biomagnetism
Gentle, precise support for balance and release.
What is Biomagnetism?
Biomagnetism is a gentle modality that uses pairs of magnets placed on specific areas of the body to support balance, regulation and restoration.
Carolyn uses it as part of a wider body-led approach, helping the system soften without treating symptoms in isolation or forcing a release.
Who it's for
Sensitive systems
You prefer gentle, non-invasive work that gives the body time to respond.
Integration support
You want a grounded complement to emotional, somatic or nervous-system work.
What happens during a session
Initial check-in
Carolyn listens to what you are experiencing and explains how the session will work before anything begins.
Body-led placement
Magnetic pairs are placed with care while you rest, breathe and notice what your body is communicating.
Grounding and next steps
The session closes slowly, with time to hydrate, settle and understand what support may be useful next.
Available formats
Individual
Personal sessions focused on your body, pace and current needs.
In-person
Biomagnetism is offered in person so the work can be precise, contained and well supported.
Biomagnetism reflections
The session felt calm and precise. I left feeling lighter, clearer and more settled in my body.
It was gentle, but I could feel my system responding. Nothing felt rushed or forced.
FAQs
Is biomagnetism painful?
No. Sessions are gentle and non-invasive. You remain clothed and Carolyn explains each step.
Is it suitable for everyone?
Carolyn will check suitability with you first. Some conditions or devices may mean biomagnetism is not appropriate.
How many sessions will I need?
That depends on what you are seeking support with and how your body responds. Carolyn will keep the approach clear and grounded.
Curious whether biomagnetism is right for you?
Book a discovery call and Carolyn can talk through suitability, format and next steps.