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How Has My Hair Sample Been Tested?

1. Hair as a Bio-Informational Marker

Hair is biologically stable and rich in keratin, which retains electromagnetic imprinting long after it has left the body. Much like a fingerprint, your hair holds information that reflects:

  • Long-term biochemical exposure (used in toxicology),

  • Mineral and heavy metal levels (used in HTMA),

  • And, in the case of QRT, frequency-based information stored in the molecular structure.

This idea is supported by research in bioelectromagnetics, which shows that tissues—including hair—emit ultra-weak electromagnetic fields (Popp et al., 2002, Journal of Photochemistry and Photobiology).

2. The Principle of Quantum and Informational Fields

Quantum biology introduces the idea that every cell is connected energetically, and that biological systems can be influenced—or "read"—remotely through their informational field.

  • In the energetic medicine model, a hair sample is seen as a resonant proxy of the person’s field.

  • Devices scan the scalar or electromagnetic frequency spectrum of the hair to detect resonance patterns with various substances (foods, toxins, vitamins, etc.).

This process is not chemical testing—it’s information-based scanning, similar to how a QR code carries information that can be instantly read and interpreted.

3. Scanning the Hair’s Frequency Profile

During the QRT testing process, a hair sample undergoes the following:

  • The QRT device emits low-intensity scalar or frequency signals,

  • These signals interact with the energy field of the hair sample,

  • The device measures variations in resonance, interference, and amplitude,

  • Results are displayed as numeric values reflecting balance, mild stress, or high stress.

The underlying scientifically theory is that your entire system is holographically encoded in the hair sample—a concept aligned with systems biology and holonomic principles in physics.

4. Precedent in Conventional Science

While QRT is still part of alternative and complimentary medicine, the use of hair for systemic insight isn’t new:

  • Hair Toxicology is widely accepted for drug screening and long-term exposure analysis.

  • Hair Tissue Mineral Analysis (HTMA) is used to assess nutritional and heavy metal status.

  • Epigenetic hair testing is being explored in clinical genomics to assess gene expression trends.

All of these rely on the fact that hair is a stable, information-rich biosample.

In Summary

In Quantum Response Testing, a hair sample acts like a snapshot of your body’s energetic communication system. Just as an MRI uses hydrogen atoms to visualize tissue through resonance, QRT uses your hair’s electromagnetic imprint to map resonance with foods, toxins, and internal systems. It’s a non-invasive, information-based way to gain insight into energetic imbalances that might be influencing your health—often before they appear in blood or structural scans, or where there is no conclusive answer with other medical screening methods or blood testing.