Remote sensing through Atomic Mineral Resonance Tomography (AMRT) technology is based on the fundamental principle that all physical objects or gases possess their own unique harmonic resonance or vibrational properties on an atomic level. This unique harmonic resonance serves as a “fingerprint” for each element and is similar to the methods NASA uses to survey and detect minerals on other planets.
These unique individual atomic-level resonances can be detected as deep as 18,000 feet for hydrocarbon (oil and gas) deposits and as deep as 5,000 feet for other mineral or gas deposits. The detection of a void involves identifying the absence of such vibrations, creating a “quiet zone” where no elements or gases emit vibrational resonances.
This AMRT technology not only allows CC Explorations to identify and locate specific materials with up to 90% or more accuracy (proven by drilling and trials) with its unique and precise detection capabilities but also provides CC Explorations’ clients with a cost-effective alternative for exploring minerals, hydrocarbons, and other valuable targets compared to traditional, costly, and time-consuming exploration methods.