Wavefunctions everywhere in Quantum Mechanics

[Guido1a]

How did you find PF?

Via Google search

In QM, matter is made of standing waves (The postulate of QM and the Schrödinger Equations). The momentum of matter is related to the wavenumber (de Broglie wave). The electromagnetic waves are the traveling waves (Electrical Engineering). Can we expand the hierarchy of waves to the vacuum - a field of microscopic oscillations?

 

[PeroK]

This post should just be to introduce yourself. You should post your question in the Quantum Physics forum.

I can say, however, that matter is made of particles (protons, neutrons and electrons). So, you may want to check your sources of information.

 

[Guido1a]

Obviously, the qm-tag that I selected was not putting it to Quantum Mechanics. I'm surprised that QM is still completely strange to people that are interested in physics. I thought, there is an introductory lesson to QM at high school.
How should I introduce myself. This is a Physics Forum.

 

[Guido1a]

Hello to all that are interested in Physics. I like Quantum Mechanics. It turned out that QM is a specialist topic that still may not be taught at high school.

 

[berkeman]

Welcome to the PF!

 

[ZapperZ]

How did you find PF?: Via Google search

In QM, matter is made of standing waves (The postulate of QM and the Schrödinger Equations). The momentum of matter is related to the wavenumber (de Broglie wave). The electromagnetic waves are the traveling waves (Electrical Engineering). Can we expand the hierarchy of waves to the vacuum - a field of microscopic oscillations?

There are so many things wrong here that I predict a disaster when this thing lands in the QP forum.

You may want to reread the PF rules before dig deeper... or not.

Zz.