1. Light behaves differently depending on how it’s organized.

 

The process starts by taking far-infrared radiation from the sun. Normally, light waves vibrate in all directions at once — what physicists call unpolarized light.

 

The first step is polarization.

• A polarizing filter forces all the waves to vibrate in one direction only.

• This matters because ordered light interacts with matter very differently than chaotic light.

 

Think of it like brushing long hair:

• When strands are aligned, energy moves through them smoothly.

• When the strands are tangled, energy scatters everywhere.

 

Polarization “lines up” the wave vibrations so they can efficiently transfer energy.

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2. The light is then reflected and confined into a vortex system.

 

This is physics:

• Reflectors concentrate and redirect waves, increasing their coherence (their ability to travel in the same rhythm).

• The vortex generator spins water in a chamber.
   

Why does a vortex matter?

Because water molecules are electric dipoles. When they spin in a vortex while absorbing polarized far infrared waves, their rotational and vibrational modes change.

This affects:

• hydrogen-bond networks

• how water clusters form

• how energy gets stored in those clusters

 

The process “imprints” the far infrared energy into water by synchronizing the water molecules.

So essentially, it’s tuning the water.

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3. Geometry strengthens the effect.

 

In physics, shape matters because containers determine:

• how waves bounce

• which wavelengths reinforce each other

• how standing waves form inside the chamber
   

Shapes like pyramids, spears, or eggs naturally guide waves toward the center (similar to how concert halls are designed to amplify sound). So the geometry helps “hold” the imprinted energy in the water or material being treated.

 

4. The treated water or material becomes a passive FIR emitter.

 

After being exposed in this controlled environment, the water or the beads/glass in Sol-Ray jewelry ends up with:

• aligned molecular clusters

• trapped vibrational modes

• a specific energy pattern within the far-infrared spectrum

 

Because of vibrational physics, any material with altered molecular structure will re-radiate some of the energy it has absorbed.

It’s not “charging crystals with sunlight.” It’s literally modifying how the electrons vibrate and how the crystalline lattice stores energy, so that the material continually emits a safe far infrared energy.

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5. Why it works with biology.

 

Your body is mostly water. Water naturally absorbs and emits in the far infrared range. So when FIR energy is emitted from a Sol-Ray treated bead, glass piece, or crystal:

• your water molecules resonate with it

• microcirculation increases

• viscosity decreases

• mitochondrial signaling becomes more efficient

 

This is why the field of photobiology takes far infrared seriously: it interacts with life at the vibrational and molecular level, not at the chemical level.