New Approach to Gravitational Frequency Calculation and Its 13 Applications in Technology and Innovation

Gravity is one of the most powerful and fundamental forces in the universe. Understanding its nature requires determining its intrinsic frequency, which ranges will be calculated in this article first. Two major types of gravitational waves can be defined: (I) Main gravitational waves, emitted from a star, reflected by its planets, and returning to the star; (II) Sub-gravitational waves, propagating between planets and their natural satellites with slightly lower frequencies. Based on the electromagnetic spectrum, these frequencies lie between those of X-rays and gamma rays, implying that cosmic sources of these radiations—such as black holes, magnetars, and supernovae—are also intrinsic sources of gravitational waves.

This study explores novel industrial and technological applications of gravitational frequencies, including: (1) gravity-based power plants for clean energy, (2) artificial gravity generation in space, (3) anti-gravity panels and spacecraft design, (4) dream house engineering, (5) advanced medical imaging systems, (6) faster-than-light data transmission, (7) high-speed spacecraft manufacturing, (8) gravity-frequency-based telecommunication devices (transmitters, satellites, receivers, wirst phones, ...), (9) gravity lasers for fission, (10) seismic-resistant structures, (11) earthquake prediction and fault detection, (12) gravitational tomography of tectonic layers, and (13) gravity-frequency-based space suits.