Originally Posted By: newton


lab position is important or not for QM ?




READ THE ABOVE.

POSITION, MOTION, MASS, TEMEPRATURE NONE OF THAT MATTERS.


WHY???

THOSE THINGS ARE BUILT OF QUANTUM INFORMATION THEY ARE LARGE SCALE EFFECTS YOU MEASURE.



QM is a waveform fluctuation in space and time and it is only affected in the ways described above ... those rules create classic physics as a simplification for large objects.

Your classic physics is a simplification of QM for very large objects.


The atom is not a very large object you can't use classic physics and you certainly can't apply large classic effects to them.

Surely this has to be sinking in!!!!!!!

NO ALL YOUR DETAILS ABOVE ARE RUBBISH ... COMPLETE RUBBISH.

Last edited by Orac; 11/12/13 03:58 PM.
I believe in "Evil, Bad, Ungodly fantasy science and maths", so I am undoubtedly wrong to you.