Changes

where dx is displacement of particle in relation to the source of slowed time, that we call mass <math>M</math>.  

where dx is displacement of particle in relation to the source of slowed time, that we call mass <math>M</math>.  

With slowing down of time in vicinity of mass <math>M</math>, the energy of any particle in vicinity of mass <math>M</math> diminishes according to equation (1) since all movements of the particle are also slower so all of them contain less kinetic energy expressed by <math>E</math>. So there is certain apparent ''force'', pushing mass <math>m</math> towards mass <math>M</math> taken before Einstein for ''"attractive force"'' of ''"gravitational attraction"'' while it had been just a force of '''''apparent attraction''''': the tendency of particle <math>m</math> to move towards the most most probable position of this particle, position of its lowest energy. Something that the particle is ''pushed'' towards, without any prompting force, which also shows the quantum nature of Einsteinian gravitation. We may say that gravitational force is a quantum effect of particle trying to assume its most probable position of its lowest enery.  

With slowing down of time in vicinity of mass <math>M</math>, the energy of any particle in vicinity of mass <math>M</math> diminishes according to equation (1) since all movements of the particle are also slower so all of them contain less kinetic energy expressed by <math>E</math>. So there is certain ''apparent force'', pushing mass <math>m</math> towards mass <math>M</math> taken before Einstein for ''"attractive force"'' of ''"gravitational attraction"'' while it had been just a force of ''apparent attraction'': the ''tendency of particle <math>m</math> to move towards the most most probable position'' of this particle, ''position of its lowest energy''. Something that the particle is '''''pushed''''' towards, without any prompting force, which also shows the quantum nature of Einsteinian gravitation. We may say that gravitational force is a ''quantum effect of particle trying to assume its most probable position of its lowest enery''.  

It means that the force is only an '''inertial force''' with which particle presses towards its location of most probable position in spacetime. That's why introduction of [[curvatures of spacetime]] to physics the problem of gravitational force that Newton worried so much became moot.

It means that the force is only an '''inertial force''' with which particle presses towards its location of most probable position in spacetime. That's why introduction of [[curvatures of spacetime]] to physics the problem of gravitational force that Newton worried so much became moot.