RP-PEMF

Recovery Primed-PEMF

We designed RP-PEMF around how stimulation targets behave in fundamental biology, and the following essential characteristics we took into account in the RP-PEMF method:

1. The effect of Magnetic field strength on a target, and stimulation thresholds for a targeted pathway

2. Recovery times: how long it takes for a specific pathway to respond efficiently and effectively again, after a prior activation

3. SNS arousal, summation, and wind-up: physiological off-target responses for a given specific stimulation

4. The behavior of pathway-breaking mechanisms

5. The oscillation behavior of a pathway

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The different RP-PEMF modalities: RP-PEMF Wellness, RP-PEMF Medical, and RP-TMS are tuned differently (different goals) to apply these characteristics, but all are tuned to how nature actually works.

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Wellness RP-PEMF

Goal: Avoid pathway activation: avoid stimulation or modification of physiological processes

Wellness RP-PEMF is engineered for a comfort-first, safe, conservative mode, resulting in calmer sessions and cleaner outcomes:

• Operates below pathway activation thresholds by design.

• Uses long rest intervals, Low Pulse event Densities, LPD to prevent cumulative build-up from repeated sub-threshold pulse events, avoiding summation.

• Aims for a gentle, non-intense session feel, without relying on dense pulse trains or high drive, promoting a relaxing experience.

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Medical RP-PEMF

Goal: Activate selected targets (pathways) effectively and efficiently, without overdriving.

We build Medical RP-PEMF using precision timing, not brute force:

• Pulse events are timed to the target’s recovery window, so stimulation occurs when responsiveness is highest, improving the effect. This timing leads to long necessary rest periods between pulses.

• The improved effect reduces the need for strong magnetic fields, used to “push through” low-yield periods.

• Designing long rest intervals between pulses can reduce cumulative stimulation that drives SNS arousal, summation, and wind-up, limiting unnecessary, non-target stimulation and off-target effects.

• Designing long rest intervals between pulses can optimise the use of physiological breaking mechanisms.

• Designing Long rest intervals between pulses helps avoid oscillatory behavior in pathways. The unwanted “back-and-forth” large cycling, rhythmic vibrating of a pathway, due to repeated (small) stimulations that push the pathway into this rhythmic over-reactions instead of a stable, controlled response.

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RP-Transcranial Magnetic Stimulation, RP-TMS

Goal: Achieve effect without brute force; control wind-up.

Conventional TMS often relies on a powerful drive, which can lead to cumulative wind-up dominating the response.
RP-TMS takes a different route.

We built Medical RP-TMS for better targeting with fewer unwanted effects:

• Prioritizes recovery-primed timing so effects come from responsive-state activation, not from piling on pulses, or squeezing out effects by brute force.

• The RP improved effect reduces the need for brute force.

• RP-TMS long recovery windows do limit wind-up, supporting a more controllable and, more importantly, a more comfortable stimulation strategy.​

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Common thread across all three RP-PEMF modalities:

Because thresholds, recovery dynamics, SNS arousal, summation, wind-up, pathway-breaking mechanisms, and oscillation behavior of pathways commonly operate on minutes-to-hours time scales (and, in some cases, longer), RP-PEMF naturally leads to long rest intervals between pulse events, for different reasons in each RP-PEMF modality.

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Long Rest intervals between pulses are the core RP-PEMF design difference versus conventional PEMF dense-train stimulation.

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