What are the magnetic states of nucleons?

[Javier Lopez]

Could I have hundred times the ground state or there is a limit?
Is there a limit for excited magnetic momentum that if reached the nucleous explode or generate gammas?

I suppose If I excite it it would spin faster but proportional to quantum values. Note: there is a "theory" to avoid electron surface reaching light speed limit

 

[jedishrfu]

The notion of spin in a quantum system is not the same as a classical system. Hence the notion of the electron reaching light speed doesn’t apply in this case.

Susskind’s Theoretical Minimum series has a book on QM that might clarify the spin part.

Closing thread.

 

[jedishrfu]

@Javier Lopez asks:

I only need to know if is possible to increase the magnetic field due spin of nucleus. I suppose yes because NMR exists.

Perhaps, @Astronuc can comment on this.

 

[Javier Lopez]

Perhaps I will need help to buid the machine (I am sorry because the writting of the first post)

 

[jedishrfu]

What machine are you building?

 

[mfb]

All nucleons have spin 1/2. There are hadrons with a higher spin but they are different particles. Nuclei can have higher spin.

NMR doesn't change the absolute spin, it just aligns the spin of many nuclei.

Note: there is a "theory" to avoid electron surface reaching light speed limit

What?

 

[Astronuc]

Could I have hundred times the ground state or there is a limit?
Is there a limit for excited magnetic momentum that if reached the nucleous explode or generate gammas?

I suppose If I excite it it would spin faster but proportional to quantum values. Note: there is a "theory" to avoid electron surface reaching light speed limit

Nuclear states are usually excited by neutrons, gammas, or high energy particles.
Here is a discussion of nuclear energy levels - http://www2.lbl.gov/abc/wallchart/teachersguide/pdf/Chap06.pdf

 

[Javier Lopez]

↑

Note: there is a "theory" to avoid electron surface reaching light speed limit

What?

Here is the classical theory that says that electron rotation violates speed light 137 times:
<< Unacceptable source deleted by the Mentors >>
Here is the theory explained in a simple manner that says that proton spin is real but electron not (I do not know if this theory is true or not, only I found it):
<< Unacceptable source deleted by the Mentors >>

What machine are you building?

I am building a small fusion reactor
It is a pity it is needed MeV particles to excite nucleons

Exist excited state tables with MeV and magnetic moments for protons, litium6, beryllium9 and 11 boron?

 

[mfb]

Here is the classical theory that says that electron rotation violates speed light 137 times:
http://www.electronspin.org/1.htm

It would violate the laws of physics if the spin would come from a classical rotation. It does not.

Here is the theory explained in a simple manner that says that proton spin is real but electron not (I do not know if this theory is true or not, only I found it):
http://www7b.biglobe.ne.jp/~kcy05t/spin.html

That website is full of nonsense.

 

[DrClaude]

Thread closed for moderation.

 

[berkeman]

Due to unacceptable sources, this thread will stay locked. Thank you to those who tried to help the OP.