KRCIC
Biophoton field imprinting for cellular coherence restoration
Bathes the patient in a controlled coherent biophoton field while delivering resonant mechanical vibration at cellular natural frequencies. Targets mitochondrial membrane potential restoration, intracellular signaling normalization, and the re-establishment of coherent cell-to-cell biophoton communication. Research applications include studying cellular field coherence, biophoton emission measurement, and resonance-driven cellular repair models.
The KRCIC (Kinetic Resonance Cellular Imprinting Chamber) is a biophoton therapy platform based on the research of Fritz-Albert Popp and subsequent clinical developers. The chamber creates a controlled biophoton field environment — ultra-weak coherent light in the 200–800 nm range — to "re-imprint" cellular communication pathways disrupted by oxidative stress, toxin exposure, or aging. The kinetic resonance component delivers low-amplitude mechanical vibration at cellular resonant frequencies (8–80 Hz) simultaneously with the biophoton field, creating a combined electromagnetic-mechanical cellular stimulation environment.
- Full-spectrum biophoton emitter array (200–800 nm, ultra-low intensity)
- Coherence conditioning optics (spatial filter + collimation)
- Kinetic resonance platform (8–80 Hz vibration)
- Faraday-shielded chamber enclosure (EMI isolation)
- Biophoton emission photomultiplier detector (monitoring)
- Session protocol controller (50 pre-configured programs)
| Component | Est. Cost |
|---|---|
| Biophoton emitter array (full-spectrum) | $2,800 |
| Coherence conditioning optics module | $1,620 |
| Kinetic resonance vibration platform | $1,400 |
| Faraday-shielded chamber shell | $2,200 |
| PMT detector + monitoring electronics | $1,480 |
| Protocol controller + display | $680 |
| Power + safety systems | $368 |
Supplier names not shown on this page. Full sourcing guide included with institutional purchase. Volume pricing available — see note below.