Gravimotion elegant alternative to physics' concept of inertia
Average Reading Time: less 1 min 10 sec
The gravimotion mechanism, which is represented graphically rather than mathematically, can be understood by all.
In the gravimotion interpretation of reality, inertia that maintains uniform motion is graphyically integrated into motion.
The gravimotion mechanism offers a personalized graphical configuration for each case of uniform-motion speed/mass combination.
By contrast in physics merely the word inertia (with no mathematical explanations) fits all speeds and all masses no matter the object in uniform motion!
Similarly the gravimotion mechanism offers a graphical interpretation of a constantly spinning motion, which can be personalized as to fit any rotational speed and mass.
By contrast physics' single expression rotational inertia (with no mathematical proof whatsoever) takes care of all spinning rotations that occur on themselves (constant spinning), no matter the rotational speed and mass!
In gravimotion, inertia is redesigned as a function of our concept of time; in the gravimotion interpretation of nature, inertia is integrated into motion!
Then how does inertia relate to mass?
Can inertia be (blindly) identified to mass?
Should the scientists at CERN finally discover the particle mass (the Higgs boson) will they have then to search for the inertia particle?
The gravimotion mechanism answers all those questions and more!
The gravimotion mechanism is simple, it is coherent, it makes sense!
GRAVIMOTION frankly tampers with inertia! In GRAVIMOTION, inertia becomes alive and is intricately involved in the phenomenon of motion!
The gravimotion mechanism is exposed in a book now available:
The fact of the matter (so to speak!) is that inertia and motion are tightly tangled; and gravimotion's illustration of inertia is much more sophisticated than the non mathematical concept of it offered by physics. In physics there is no equation justifying uniform motion or resistance to acceleration. By contrast gravimotion provides a graphical mechanism for each configuration of uniform and constant rotational motions.