Abstract: A system, method, and platform for detecting natural resources. Gravitational waves are measured utilizing one or more sensor systems associated with an exploration area. The one or more sensor systems include at least an accelerometer capturing measurements in a range of 1 microhertz to 100 microhertz that are stored in a memory associated with the accelerometer. A fast fourier transform is performed for the measurements to generate processed signals. Natural resources are determined proximate the one or more sensor systems from the processed signals.

Abstract: A system, method, and devices for locating natural resources. Sensor measurements are captured at locations utilizing sensor instructions including at least an accelerometer. The sensor measurements are converted into digital data. A fast fourier transform is performed on the digital data. The natural resources are identified proximate the locations utilizing the digital data. Triangulation is performed for the nature resources that are identified. A report is generated showing predictions for the natural resources and triangulation data for the natural resources.

Abstract: Disclosed is an amplifying connector. The amplifying connector comprises (a) a connector body; (b) an op amp forming an amplifier mounted to the connector body; (c) a power supply circuit mounted to the connector body and coupled to the amplifier; (d) a connector output on the connector body coupled to an amplifier output of the amplifier; and (e) a connector input on the connector body coupled to an amplifier input of the amplifier. An input electrical signal on the connector input is buffered by the amplifier to generate an output electrical signal on the connector output to reduce effects caused by an impedance of the cable. The amplifier may be powered by a power supply circuit powers that draws a portion of the current or voltage from the input signal of a source electronic device, or by an on-board dedicated low power battery power supply.