Discover the groundbreaking research behind WarmCycle™ technology and geological thermal inheritance.
Silicon dioxide crystals in Sierra Nevada granite form a natural thermal memory matrix, capable of storing and releasing heat patterns accumulated over geological time scales.
Each stone inherits thermal signatures from ancient volcanic activity, tectonic shifts, and seasonal temperature cycles spanning 4.2 billion years of Earth's history.
Our patented reconditioning process uses controlled thermal cycling to reactivate crystalline memory pathways, restoring the stone's ancestral warming capacity.
Dr. Margaret Sutter-Hayes publishes 'Thermal Retention in Granitic Formations' in the Journal of Applied Geology, establishing the theoretical foundation for thermal memory.
Advanced electron microscopy reveals the microscopic thermal pathways within granite crystals, confirming the existence of natural heat storage mechanisms.
Radiometric dating techniques prove that thermal signatures in Sierra Nevada granite correlate directly with major geological events over the past 4.2 billion years.
Sutter Stone receives patent for proprietary thermal memory reactivation process, enabling commercial-scale restoration of ancestral warming properties.
Don't just read about thermal memory - feel it for yourself with an authentic Sutter Stone.