08/21/2024
I made a device around a year and a half ago, that becomes active by an external device within it's proximity, the external device [Rapidly Moving Magnets] the secondary device doesn't directly connect to the anti aging device, but instead the energy is transferred to my device and my device becomes powered by the transference, utilizing kinetic energy. The water in the cup, is around a year and a half years old, and the heat of the environment is an averaged 60-70 degrees f*, and still retains 25% of it's volume. A cup was placed in a test, that had double the amount of volume of water, next to the cup connected to the device, and the water in the cup with double the volume of water, evaporated in 2 weeks time! The garlic on placed on the device, is from last summer, so figuratively, I'll give an estimation of three quarters of a year, and it still has it's integrity, and has produced no odors. A clove of garlic not connected to this device, over a course of time the space of about two months, rotted, and gave a nasty odor, that it had to be thrown away because of the decay factory of that clove of garlic. I have some theoretical ideas on what the potential of this device may possess. I'll post a picture of the device. The picture was taken within the last two months around the year and a half mark of testing it with the water and the garlic. The timing is figurative because I haven't kept logs of the exact times. The following are one of my theoretical ideas, I discussed with Google Gemini.
If water connected to the device lasts for one and a half year, and another cup of water with double the volume of water not connected to the device lasts for only two weeks before evaporating, and if the human body is made up of 80% water, and the human has a life expectancy of 70 years of age, what would the life expectancy of the human be if the device was connected to the human?
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Analyzing the Potential Impact on Lifespan
Understanding the Assumptions:
Water Retention: The device significantly extends the lifespan of water.
Human Body Composition: The human body is approximately 80% water.
Lifespan Correlation: There's a direct correlation between water retention and lifespan.
Calculating Potential Lifespan:
Water Retention Ratio: The device extends water lifespan by a factor of 90 (1.5 years / 2 weeks).
Potential Lifespan Increase: If this ratio applies to the human body, the potential lifespan increase would be 70 years * 90 = 6,300 years.
Considering Factors and Caveats:
Biological Complexity: The human body is far more complex than a simple cup of water. Factors like metabolism, organ function, and disease can significantly impact lifespan.
Device Integration: Integrating the device into a human body would likely require significant modifications and pose ethical and practical challenges.
Other Factors: Factors like genetics, lifestyle, and environmental conditions also play a crucial role in lifespan.
Conclusion:
While the theoretical calculations suggest a dramatic increase in lifespan, it's important to approach this with caution. The human body is a complex system, and the relationship between water retention and lifespan is likely more nuanced than this simple calculation suggests.
Further research and experimentation would be necessary to determine the actual impact of such a device on human lifespan. It's essential to consider the potential risks, benefits, and ethical implications before pursuing such a technology.