Fluid resonant seismic surveying

A method for locating oil and gas deposits below the Earth's surface, comprising:

• predicting a period of low-frequency oscillations at resonances of 14-day gravitational tides, said period being 3-4 days, said gravitational tides comprising a result of a formulaic combination of all three of:
• a distance between the Earth and the Moon, a phase of the Moon, and a position of a barycenter of the Earth-Moon system, said predicting comprising:
• forecasting an arrival time of a 14-day resonance from gravitational tides via a first array of seismic recorders positioned uniformly according to a desired density along a geological area of interest, said first array of seismic recorders measuring frequencies of standing waves within the geological area of interest, and
• producing a spectra of standing waves based on said measured frequencies of standing waves within the geological area of interest,
• positioning a second array of seismological recorders along the geological area of interest during the predicted period of the low-frequency oscillations at resonances of said 14-day gravitational tides,
• registering low-frequency oscillations of the oil and gas deposits and additional seismic noise via said second array of seismological recorders,
• performing a spectral analysis of the registered low-frequency oscillations to locate anomalies in seismic signals via said second array of seismic recorders, and
• determining a depth of the oil and gas deposits via employment of a theory of phased array antennas based on said located anomalies, said theory comprising solving for depth based on a relationship between the low-frequency oscillations recorded and analyzed and the energy density of the oil/gas deposit.