A Revolution in Producing Medical Imaging Devices (MRI, CT Scan, etc.) Utilizing Gravitational Waves

1. Mathematical and Physical Calculations of the Frequency of Electromagnetic Waves 2. The Safety and Simplicity of Operating These Devices 3. Optimality in Production and Energy Consumption 4. Compactness, Lightweight Design, and Portability of Medical Imaging Devices Usually, gravity is the interaction between stars and their planets and also planets and their moons which move in specific orbit with a generally constant speed. It can be said that if there were no gravitational electromagnetic waves, the stability of the structure between the star and the planet would not be like this. So, the following special relation can be obtained: "Kinetic Energy = Energy of Gravitational Waves". Results: By using the above relation, we have found that the range of the frequency of gravitational waves is between 1017 Hz to 1021 Hz. Considering the presence of gravitational waves in nature, undoubtedly, we have all witnessed the passage of these waves through everything. However the frequency range of to also indicates its penetrability, surpassing that of electromagnetic waves and X-rays by hundreds of times. Consequently, the precision and efficiency of devices utilizing these waves are significantly higher. Conclusions: The advantage of the Gravitational Waves is the Safety of them. Gravitational waves pass through all objects and living organisms daily. Although these waves have frequencies close to X-rays, they have no destructive effects on living bodies. On other hand, high-frequency gravitational waves are used in Medical imaging devices, they become significantly lightweight compared to devices weighing from several tons to several hundred kilograms. So we will have a portable device that can be easily transported, like a laptop compared to a personal computer. The subsequent result of having lighter and smaller devices is their lower energy consumption.