Aepervius
Non credunt, semper verificare
of course...
... detecting and pointing out all the faillures
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Fancy that I see a single point of failure in your logic...
of course...
... detecting and pointing out all the faillures
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I will be waiting the nuclear theorist to explain us why the spin-interaction influences the proton-neutron interaction
I will not waste my time with lay men
has this got anything to do with:
|ψ> = c1|Φ1> + c2|Φ2> + c3|Φ3> + c4|Φ4> + c5|Φ5> + c6|Φ6> + c7|Φ7>
?
Pedrone: Why are you unwilling to provide anything about your own background considering the subject at hand? Can we dismiss you as a layman since at this point I feel obliged to say that you have the worst grasp of the subject at hand as compared to anybody else in this thread.
I've really not asked for anything out of the ordinary seeing as you've done nearly the exact same. Please, stop acting on a double standard and let us know what your qualifications are in this subject.
Are you a professional physicist? Did you read an article that says physics is wrong? Can you adopt new information about a subject when it has been provided? Can everyone else ignore you if you aren't a physicist since you're willing to do the same?
has this got anything to do with:
|ψ> = c1|Φ1> + c2|Φ2> + c3|Φ3> + c4|Φ4> + c5|Φ5> + c6|Φ6> + c7|Φ7>
?
well,
Ben M and nobody will put them here because there is not theoretical calculations agree to the experimental data.
Then let's continue our journey to the Center of Nuclear Physics Faillures
Then let's continue our journey to the Center of Nuclear Physics Faillures
has this got anything to do with:
|ψ> = c1|Φ1> + c2|Φ2> + c3|Φ3> + c4|Φ4> + c5|Φ5> + c6|Φ6> + c7|Φ7>
?
I have a master's in physics, and your postulate #2 is completely wrong. End of discussion from my point of view.
Why? Are you ready to admit you are wrong about spin-interactions?
Yes or no?
of course not.
We will speak about it again when we will talk about the isospin, and then you will be able to understand such question of spin-interaction force.
We do not have to talk about isospin w.r.t the spin-orbit interaction.of course not.
We will speak about it again when we will talk about the isospin, and then you will be able to understand such question of spin-interaction force.
Of course any expert in Nuclear Physics cannot exhibit any equation with Hamiltonian for the nucleus, because such equation does not exist.
Lagrangian
Newton developed the Mechanics considering forces that actuate in a system.
But often there is no way to know all the forces that actuate in a system, and then Hamilton and Lagrange developed a new method for the analysis of a system: instead to consider the forces, their method consider the energy of that system and its evolution along the time.
So, when a system is analysed, there is need to discover its equation, ie, its Lagrangian or Hamiltonian.
Modern Physics has been develloped from the method of Lagrange and Hamilton.
Schrödinger discovered the equation for the Atomic Physics.
The atom has an equation with an Hamiltonian: ih.dF/dt = HF
Now I ask to the experts in Nuclear Physics:
what is the Lagrangian of Nuclear Theory ?
what is the equation for the nucleus, and its Hamiltonian?
Credentials? Credentials?!
Pedrone doesn't got to show you no stinkin' credentials!
Pedrone transcends the need for mere credentials!
And furthermore, Pedrone has the Power of the Dunning–Kruger Effect on his side! So there!!
