Gravitational Resonances to Quantify Minerals, Hydrocarbons, and Water

This paper will describe new technology that through nondestructive remote sensing and placement of scanning boxes (gravitational platforms), we can search for any element in the periodic table. We will describe the practical uses of it, streamlining the ability to locate subsurface water, underground utilities, geotechnical exploration of rock, soil, and mineral including precious metals without limited if any drilling. This paper describes two forms of new technology that passively and nondestructively senses location and quantities of any element in the periodic table. The first technology uses existing satellite imagery. A technology group has developed the ability to remotely survey and detect the presence of oil, gas, mineral, or any other element on the periodic table of elements. It can also map all ground fault lines in a location. This is achieved using a physical property that occurs at the subatomic level of physics, called nuclear magnetic resonance (NMR). All elements have a distinct and unique NMR signature, as well as seven resonant harmonic frequencies. The second technology uses the natural gravitational resonances emitted from all matter. A single sensor at close range can monitor impurities in water, for example, while multiple boxes can be temporarily deployed at larger distances to triangulate the locations and concentrations of underground changes in density of all rock, mineral, and ore structures. These gravitational wave surveys can see many hundreds of feet below the surface sensors to locate and quantify groundwater, locate the soils rock interface, locate underground caverns or voids, as well as changes in rock layers that may impact structures (without drilling). Included is a very brief overview of the physics and some references for those interested, followed by examples of some ways this technology has been successfully used.