Principle of physical carrier
At a temperature of -273˚C or above, all molecules produce a constant vibration and show a certain electromagnetic emission rate (i.e., photons) (Figure 1.1). As an entangled state is produced on a given set of molecules using EEFIT® (Fig. 1.2), a strong vibration wave showing EEFIT® quantum field characteristics is emitted by the said molecules, resulting in an increase in the intensity of photons emitted. (Fig. 1.3)
Fig. 1.1：the vibration of original molecules is lower before induction
Fig. 1.2：molecules receives protons induced by EEFIT®
Fig. 1.3：after induction by EEFIT®, a strong vibration wave is emitted by the said molecules
Energizing Molecules（E=Ev+Er）
All our products induced by EEFIT® contain a set of specific photons in “quantum entanglement field” – also known as carrier photons. Scientific tests have confirmed that the emission rates of all carrier photons induced by EEFIT® reach the international standards. Its main function is to enhance the intensity level of the molecular vibration (E-v) and molecular rotation (E-r). That is,
Energize Ordinary Molecules
Large molecule clusters (Fig.2.1) are broken up by EEFIT® into smaller clusters (Fig. 2.3) and vibrate in a more coordinated manner. As a result the surface area of molecules will increase and the efficiency of bio-chemical interactions will be enhanced.
Fig.2.1: Large Molecules Clusters
Fig.2.2: EEFIT® Increases Molecules Vibration
Fig.2.3: Smaller Molecules Clusters
Energize Water Molecules
The effect of EEFIT® on water is one of the highest. It is because the natural vibration of water molecules is between 8-14um. In fact, the reason water is blue is due to its strong absorptive properties of the spectral regions (Fig. 2.4, Fig.2.5, Fig.2.6). Other hydrocarbon molecules can also be induced by EEFIT® and have been proved to result in various enhanced material properties.
Fig.2.4：Large Water Molecules Clusters
Fig.2.5: EEFIT® Increases Water Molecules Vibration
Fig.2.6: Smaller Water Molecules Clusters
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Improve the Conductivity of Electricity
Electric energy pushes the movement of free electrons from one atom to another inside the metal lattice, creating an electric current (Fig.2.8).
However, free electrons vibrate randomly and are easily excited by electric energy. They will fly off from the atom and the material surface, resulting in loss of energy (Fig.2.9). Fly off electrons result in energy loss in various forms including heat loss.
Fig.2.8: Free Electrons in Metal
Fig.2.9: Fly Off Electrons
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When EEFIT® induces electrons, they will vibrate in alignment and decrease the possibility of collision caused by random vibration. The tendency for the electrons to fly off from the electron exchange pathways between atoms will also be decreased (Fig. 2.10). As a result, they move from one atom to the next in a more efficient manner.
