The second plan prepared by engineers and scientists to improve detection accuracy was to use gaseous giant planets as a medium.
In calculations based on existing theories, scientists believed that gravitational interactions could cause a phenomenon called "turbulent oscillation" at the microscopic level of matter.
If this turbulent oscillation phenomenon could be detected, it could then be used to study various properties of gravitons, thereby completing the quantization of gravity.
However, this turbulent oscillation phenomenon was extremely faint and could not be detected under conventional experimental conditions.
Only if the experimental tools could be magnified sufficiently would this faint turbulent oscillation phenomenon be amplified synchronously and become detectable.
How large would it need to be? Precise calculations showed... roughly the size of a gaseous giant planet would be sufficient.
