Operational Definitions: Positive Energy, Negative Energy, Blockage

Why We Need New Definitions

“Positive” and “negative” labels are too vague. To build a testable framework, we define them in terms of System Capacity versus System Load.

This shift lets clinicians and researchers compare patterns with consistent language, link symptoms to measurable signals, and track improvement over time without relying on metaphor alone.

Positive Energy = Resilience Capacity

We define “Positive Energy” as surplus metabolic and neural capacity available to handle stress.

• Operational: The area under the curve of your stress-response buffer.
• High Capacity: You run a marathon and recover in 2 days.
• Low Capacity: You walk a mile and are exhausted.
• Proxy: High HRV (RMSSD), high phase angle in bioimpedance.

Negative Energy = Allostatic Load

We define “Negative Energy” as the cumulative burden of unresolved stressors.

• Operational: The metabolic cost of maintaining stability in a dysregulated state.
• Components: Chronic inflammation, unresolved trauma loops, heavy metal burder, sleep debt.
• Proxy: Elevated CRP, Cortisol dysregulation, low HRV.

Blockage = Signal Impedance

We define “Blockage” not as a pile of “gunk,” but as a failure of transmission.

• Operational: A region of high resistance (impedance) or signal attenuation.
• Manifestation: A “silent zone” where the brain has poor proprioception, or a “hypersensitive zone” where gain is set too high.
• Proxy: Differences in skin electrical resistance compared to contralateral healthy tissue.

References

• Homeostasis Overview (NCBI Bookshelf)
• Allostasis and Allostatic Load (PubMed)