I think that the inertia is one of the conservation law of the Nature.
There is conservation laws:
1. Energy
2. Momentum
3. Velocity (kinematic state or characteristic)
and so on.
Inertia is a conservation of the kinematic characteristics of free body.
In my opinion there is no unification of quantum axioms(postulates) because there is no suitable and rightable axioms in QM now. We have many variants of axioms. Everyone takes that he think the most. In other words Quantum Mechanics haven't the suitable foundation now! It is in the process of...
In http://arxiv.org/abs/physics/0610121 authors change the electric field E to Psi-function. It is formal operation.
In Schrödinger paper
<<An undulatory theory of the mechanics of atoms and molecules
E. Schrödinger
Phys. Rev. 28, 1049-1070 (1926)>>
he derive his equation from wave...
I draw your attention that the date of receive is Dec.2005 http://www.springerlink.com/content/q110r82074w03277/fulltext.pdf
and the date of publish is Jan. 2007!
Your Visiting Professor is right!
Quantum Mechanic is a theory with its own axiomatic. As any serios theory has its own axiomatic. There is different interpretations of QM. Any interpretation has own axioms.
Copengagen intepretation. It is almost the official famous interpretation. In this...
Information for authors.
Two years ago I was send my article to Foundation of Physics.
In the answer the editor asked me the names of five referee which suitable in my opinion. I write the names of five and wait one year! When one year is finish I send E-mail to Editor and ask him What is with...
Hi, Q_Goest. Excuse me for delay.
The answers for your questions.
I hope you are know what is the stochastic force. Particular it is probabilistic force. If we to add here gravitational it is mean the nature of the force. The example of this is the background of gravitational waves. It may be...
I suppose that Quantum Mechanic not marry with the theory of relativity because our colleagues choose a wrong way. They want to find Quantum Mechanic with the helpful of Quantum Gravity. But Quantum Gravity is not a right way, I think. Absolutely sense for me that the right way is Classical...
In the paper How to complete Quantum-Mechanical Description? http://xxx.lanl.gov/abs/quant-ph/0212139
describe the wave-function of quantum particles as a summered effect of classical gravity waves of classical test particles. It is mean that in the classical experiment on electron's...
In Aristotle’s Mechanic the velocity is determine the dynamic.
In Newton's Mechanic the acceleration is proportional to force but the system of reference is inertial.
Ostrogradskii's Mechanic is the general case of mechanics when consider any system of reference include the non-inertial and...
It is very interesting opinion.
But there is possible to think that we can to complete Classical Physics by non-local hidden variables and understand Quantum Mechanics.
What is it?
Newtonian Physics is the physics with inertial reference. But it is ideal and non-real case! If we suppose that...
May be that’s right but now I have our program on PASCAL-DELPHY which can simulate the entanglement state on my notebook. But Bell's Inequality don't violet. If somebody say to you that entanglement is a Quantum Effect only you can don’t trust him.
I almost sure that in future somebody can...
Perhaps, Quantum Mechanical Description it is possible to complete by hidden variables. Than Quantum Mechanics will be the part of Classical Physics. In this case Quantum Computer is a Classical Probability Computer. I'm not sure.