Newtonian physics says that when Temperature = 0 Kelvin, the motion of particles
is stoped.

And this is correct.

Quantum physics says that when Temperature = 0 Kelvin there is some kind of particle motion .

And this is correct too.

does one part of physics contradict another part of physics? Is this a paradox?
No, this is not a paradox.

How then is it possible to understand this situation?

My opinion is that Newtonian physics and Quantum physics are two different parts of
the same Physics (Physics as a Whole).

These two parts of Physics both explain the behavior of particles.

Newtonian physics explains / describes the particles which have
mass and energy and speed : c<1.

Quantum physics explains / describes the particles which have
mass and energy and speed : c=1 and c>1.

As a result of this situation QED tries clearly and logically to explain
the interaction between Newtonian and Quantum particles.

Quote:
entanglement between the light and the mirror
should be observable, Mavalvala said.


that would make a nice picture to post up!



3/4 inch of dust build up on the moon in 4.527 billion years,LOL and QM is fantasy science.