Behind QELBY® stands Mr. Joo-Dong Lee, founder of JD Life Science in Korea – a researcher with decades of experience in materials engineering, quantum biology, and cellular science. His lifelong focus has been understanding the root causes of aging and chronic disease, leading to the creation of QELBY: a patented Somatid Ceramic Technology designed to restore cellular vitality through water and energy.
The Science Behind QELBY
QELBY® ceramics are made by combining seven minerals with somatids – microscopic, life-like particles found in nature – then baked at 1100 °C to create a unique quantum-active ceramic.
These ceramics emit far-infrared and ultraviolet radiation, which restructures water into EZ water (H₃O₂) – the structured, negatively charged form of water described by Dr. Gerald Pollack in “The Fourth Phase of Water.”
In fact, QELBY® was studied and published by Pollack’s own lab, showing a measurable increase in exclusion zone buildup and biological activity, confirming its ability to enhance water structure and support living systems.
Energy and Cellular Health
Healthy human cells maintain an internal voltage of around –25 mV or lower. When this potential drops, regeneration slows – a key factor in aging and disease.
By increasing negative charge and oxygenation in water, QELBY® supports the body’s natural bio-electrical balance, helping cells maintain optimal energy and function.
Somatids – The Life Within Matter
Somatids are ancient micro-organismic entities described by Béchamp and later studied in modern biophysics. They display unique, indestructible properties and appear wherever life exists.
When incorporated into QELBY® ceramics, these somatids generate subtle electro-negative motion, continuously releasing electrons and oxygen that interact with weak hydrogen bonds in water — turning ordinary H₂O into living, structured water.
Continuous Research
The QELBY® project remains under active investigation by MorphogeniQ, with ongoing studies into quantum energy ceramics and structured hydration.
To explore publications, visit www.morphogeniq.com and learn more about this pioneering frontier between physics, biology, and water science.
