Thank you for your comments. I will address your questions in a formal and systematic way.
I am currently preparing an official, updated version of the NKTg Law on Varying Inertia, which will include:
- Full experimental tests using data from other planets in the Solar System (not just Earth),
- The generalized formula with clear units and calculation methods,
- Links to NASA datasets, so that anyone can independently verify the results and check the calculations.
Regarding your concern about whether this law simply copies existing ones:
Please note that traditional laws, such as Newton’s laws or Kepler’s laws, always assume constant inertia (fixed mass).
In contrast, the NKTg Law explicitly considers varying inertia as a core feature. This is the fundamental difference in concept.
As for the signs of parameters:
In my approach, I work with real scalar quantities (not vectors) and simply use measured values.
For example, if at time T0 the mass is 8, and at time T1 the mass is 5, then:
dm/dt = (5 - 8) / (T1 - T0) = -3 / (T1 - T0)
Similarly, this applies to position and velocity as well. I simply take actual measured values without involving vector directions.
All of this will be clearly explained in my official release, including numerical examples, formulas, and step-by-step methods, for full transparency.