Understanding QARTZ

Crystals are often appreciated for their beauty and symbolism. But beneath their still appearance exists a highly ordered structure capable of interacting with energy through frequency, vibration, light and electricity.

QARTZ began with a question: What might happen when the natural properties of crystals are brought into direct relationship with the water-rich environment of the skin?

This video introduces how QARTZ works and why real, finely milled crystals are incorporated directly into every formula.

In the sections that follow, we explore the observations that helped shape this idea—including two ice experiments that reveal what happened when Quartz was brought into contact with frozen water.
QARTZ ritual-based skincare

ABOUT QARTZ

Energy, Frequency & Vibration.

Crystals may appear still, but at the atomic level they are highly ordered structures in continuous motion. This precise internal organization allows them to interact with pressure, electricity, vibration and light in remarkably consistent ways.

Quartz is piezoelectric. When placed under mechanical pressure, it can generate an electrical charge. When electrical energy is applied, it responds with movement. Its ability to oscillate at stable frequencies is why Quartz became essential to watches, sensors, electronics and modern technology.

Crystalline materials can also absorb, transform and release energy across different wavelengths, including subtle far-infrared energy. At QARTZ, these recognized properties inspired a deeper question: could the presence of a crystal influence the behavior of the water surrounding it?

The ice cube experiments that follow were created to observe that question—first with raw Rose Quartz, then through a comparison with mechanically generated vibration, and finally with finely milled Amethyst incorporated into a QARTZ skincare formula.

ICE CUBE EXPERIMENTS

Beyond Temperature

Three ice cubes are placed on three different surfaces, each beginning at a similar—but measurable—temperature.

The raw Rose Quartz is the coldest surface in the experiment. Yet the ice placed against it breaks down faster than the ice on the warmer surfaces.

Because the fastest melting occurs on the coldest material, conventional heat transfer alone does not explain the observation. The result points toward another possibility: the influence of the crystal’s natural vibration and subtle far-infrared energy.