None of the reputable ones.  You might try Galilean Electrodynamics.

Edited by Jeremy0922,  5 November 2010 - 05:40 AM.

Edited by Jeremy0922, 11 March 2011 - 04:24 AM.

According to my understanding, in a hydrogen atom, electromagnetic radiation is independent of the electro motion state, and the energy levels of the hydrogen atom on.

According to my understanding, in a hydrogen atom, electromagnetic radiation is independent of the electro motion state, and the energy levels of the hydrogen atom on.

At the ground state, whether the electron produces radiation?

Edited by Jeremy0922, 23 July 2014 - 02:16 AM.

 

At the ground state, whether the electron produces radiation?

Electron acceleration with a radiation, it and the electron in hydrogen atom jumps between radiation produced differentiated

Electron acceleration with a radiation, it and the electron in hydrogen atom jumps between radiation produced differentiated

How do we understand the ground state of  the H atom is steady?

 

At the ground state, whether the electron produces radiation?

It would violate conservation of energy, if electron would forever emit photons.

It would means that electron has infinite amount of energy (which is obviously not true).

 

It would violate conservation of energy, if electron would forever emit photons.

It would means that electron has infinite amount of energy (which is obviously not true).

Yes, this problem has not be solved by present theories, so we must consider the interactions among radiations and charged particles in H atom for proving there is a steady state.

 

Yes, this problem has not be solved by present theories, so we must consider the interactions among radiations and charged particles in H atom for proving there is a steady state.

You turned mine answer upside down...

 

It would violate conservation of energy, if electron would forever emit photons.

It would means that electron has infinite amount of energy (which is obviously not true).

Electronic energy released no larger than the electron carries energy

 

Yes, this problem has not be solved by present theories, so we must consider the interactions among radiations and charged particles in H atom for proving there is a steady state.

I don't know what you write, but according to some words to express my personal opinion, it may also produce some misunderstanding解

 

I don't know what you write, but according to some words to express my personal opinion, it may also produce some misunderstanding解

OK, you could uderstand my opnion from my paper and posts

 

Yes, this problem has not be solved by present theories.

Not true. This is yet another bit of evidence for the quantum model that you are simply dismissing because it contradicts your personal belief.

 

Not true. This is yet another bit of evidence for the quantum model that you are simply dismissing because it contradicts your personal belief.

Please tell me how to explain there is a ground state of H atom by QM.

 

Please tell me how to explain there is a ground state of H atom by QM.

You mean you don't understand the theory that you claim is wrong?

How can you say it is wrong, if you don't understand it?

 

You mean you don't understand the theory that you claim is wrong?

 

How can you say it is wrong, if you don't understand it?

Don't misunderstand my question, Please explain the ground state of H atom by QM.

 

Don't misunderstand my question, Please explain the ground state of H atom by QM.

Maybe you should post a question in the physics section of the forum if you are interested in learning something about physics.

Edited by Strange, 23 July 2014 - 09:16 AM.

 

Maybe you should post a question in the physics section of the forum if you are interested in learning something about physics.

That means you can not explain!

 

That means you can not explain!

It certainly means I cannot explain. But I am quite sure there are people here who can. Which is why I suggest you ask in the appropriate section of the forum (in the unlikely event that you are interested in learning).