A Whole New “Harmonious”
Perspective onHealth & Wellness.

Why suchlow power?

Harmonic effects, particularly at molecular scales, favor very low levels of energy. They prefer a whisper to a shout.

If you’ve ever made a crystal champagne glass “sing” by gently rubbing your finger around its rim (a classic demonstration of harmonic effects), you’ll recall that the lighter the touch, the louder the singing, and the greater the harmonic effect.

Because DNA Vibe’s goal is not to provoke alternative biological reactions, but to gently stimulate harmonic effects among molecular-scale regenerative structures, DNA Vibe’s Fractional Red Light mode is only 1% to 3% of the irradiance (or power density) of common red light therapy pads.

When first seeing DNA Vibe’s technology, it’s quite common for people to remark “Oh, that’s like red light therapy,” as it appears red to the eyes. While one of DNA Vibe’s four modes operates within the visible red spectrum, the energetic properties could not be more different.

To put this in perspective, Figure 2 illustrates, to approximate (and illustrative) scale, the difference in power density between DNA Vibe and common red light therapy pads. Clearly, one of these is substantially more powerful than the other, and the other is far more gentle by design.

Figure 2

Red Light Power of DNA Vibe vs. Common Red Light Pads

The gorilla represents 10 times higher amplitude (height) or 100 times more power density. Though illustrative, the point is simple: That’s a lot more power.

While that much power does trigger a biological response (much like a heating pad), it’s simply far too much power to stimulate harmonic effects among molecular scale structures near the area of application. It’s like pushing 100 times harder on the rim of the champagne glass, which would immediately silence the singing.

Why thefour modes?

To answer this question, we first need to ask “How can such low energy still penetrate into tissues?” This is an important question, and one of the key reasons that DNA Vibe’s technology features an orchestra of four integrated energy modes.

All things equal, lower power light does not penetrate as far or deeply as higher power light. Do you see the conundrum? If we increase power to penetrate more deeply, we reduce or eliminate the desired harmonic effects (imagine pressing harder on the champagne glass in the example above).

• Near-Infrared

  Adding a tiny amount of Near Infrared (only 1% to 2% of conventional NIR/IR/FIR light pads) causes slight thermo-kinetic expansion of tissues. Expansion reduces density. Reduced density means more empty space. At molecular scales, that extra empty space allows for light photons to travel more easily with fewer obstructions (reduced absorption, reflection, and scatter). It turns out that the primary reason for DNA Vibe’s Fractional IR mode (operating at a tiny fraction of common IR pads) is to facilitate the penetration of its Fractional Red Light.

• Micro-Vibration

  Adding micro-vibrational or mechanical energy causes extremely subtle movement of tissues. That movement creates additional space. This movement also disrupts reflective surfaces that naturally form throughout tissues and fluids, and that further reduces attenuation caused by reflection, refraction, and scattering. The subtle increase in space and reduced attenuation again helps photons travel more easily.

• Micro-Magnetic

  Finally, adding micro-magnetic energy at only 55 micro-Tesla (well within the range of the Earth’s naturally occurring magnetic field) is just enough to cause imperceptible oscillations of blood iron molecules which exist throughout our tissues and fluids. This subtle oscillation, again at molecular scales, is designed to increase space while reducing attenuations caused by reflective surfaces. The objective? More photon fast lanes.

Putting this all together, DNA Vibe’s design objective is for the Fractional Red Light (only 1% to 3% of common light pads) to penetrate more easily through the combined effects of the other three modes working together to create virtual express lanes for photonic traffic. And, because such small scale harmonic effects favor very low energy levels, only a small improvement in throughput is needed.

Bonus Benefits of DNA Vibe’s Four Modes

While the intelligent integration of DNA Vibe’s four modes is primarily about enabling the exceptionally low energy required for gentle harmonic effects, there are important “bonus effects” designed into the micro-vibration.

First, the micro-vibration, which operates at 225 Hz and 50 micron amplitude, carries a randomized analog signal. It is not a constant vibration. This is designed to support nerve-gating effects. When the brain is focusing on pain signals, which it generally prioritizes, and an alternative tactile signal is introduced, the brain shifts its attention to examine the new signal. This provides momentary relief while the brain is not focusing on the pain.

This is why, when we bump our head, we quickly rub our head. The rubbing introduces an alternative tactile signal; the brain switches its attention from the pain to the rubbing, and we feel momentary relief as the brain is distracted from the pain signal. But the brain, not to be fooled, quickly reverts to the pain signal once it recognizes the cause of the alternative. This is also why the relief is only momentary.

By randomizing the micro-vibration, it can take longer for the brain to examine the new tactile signal, thereby extending the relief. Once the brain reverts back to the pain signal, it is fooled into thinking there is yet another new signal due to the randomization. This helps mitigate the overall experience of the pain signals, and provides soothing and much welcome relief.

Finally, the micro-vibration also pulses every five seconds. This is because the combination of vibration with pulsing tends to relieve viscous forces that can restrict the flow of non-vascular fluids. Recall the last time you tried to get ketchup out of a glass bottle? If you’re like most people, you shook the bottle and periodically pounded on its base (vibration plus pulsing). This effect, by enhancing fluid movement, can support decongestion and decompression in affected areas, easing stiffness and achiness while improving flexibility and mobility.