Nucleon Definition and 68 Threads

Quark physics is completely out of my depths but I was wondering if, in a nucleon, they assume certain orbitals like s,p,d,f, ... Does one quark tend toward the center? Is there a valence quark? Do any symmetries form?

Pion Nucleon Scattering and a bit about group theory/ representations Hello everybody, I am going through Ryder's book about Quantum Field Theory right now. In the chapter about Pion Nucleon scattering he writes the interaction term like L_{int}=ig \bar{\psi} \gamma_5 \tau_a \psi \phi^a...

Homework Statement Show that the antisymmetry of the two nucleon wave function in an oscillator model implies that L + S + T = odd. Secondly would this condition change if one worked in a more general single particle model? T = isospin S = intrinsic spin L = orbital angular momentum...

Well I was talking to my physics teacher because were currently studying nuclear physics. And he likes tellign stories to make his examples more straight foreward. And I asked the question what types of radiations are in nucleaar bombs. Gama, Beta or alpha. He answered me with those three types...

I've been banging my head against the wall for days now trying to figure out how one determines the number of quarks inside the nucleon. I understand it comes from the fact that the Gross-Llewellyn-Smith sum rule is equal to three: \int ^1 _0 F_3 ^N (x) = \int ^1 _0 (u_V (x) + d_V (x)) =...

Finding Binding Energy (B.E.) through B.E. per nucleon vs Nucleon graph Hi guys, Just a quick question here. When provided with the binding energy per nucleon vs nucleon number graph, how do we calculate the finding energy for a specific nuclide? I thank you for any help in advance. -...

Why is the potential energy of a nucleon within the nucleus approximated by 3D harmonic oscillator potential? Is the 3D harmonic oscillator potential approximately equal to the yukawa potential experienced by the nucleon as a result of all the other nuclei(ie collectively) ?

a) Calculate the average binding energy per nucleon in the deuterium nucleus. b) The energy that binds an orbiting electron to the hydrogen nucleus is 13.4 eV. Calculate the ratio of the binding energy per nucleon to the binding per electron in deuterium. Which particle is held more tightly...

How does the binding energy per nucleon of a nucleus affect its stability?

[SOLVED] Why emit alphas, not other nucleon groups? Homework Statement (Advanced Physics; Adams and Allday; Spread 8.18, Question Section 8.18, question 3) Why do you think helium-4 nuclei (alpha particles) are often emitted from unstable heavy nuclei whereas bundles of neutrons or protons...

The energy that binds an orbiting electron to the hydrogen nucleus is 13.4 eV. Calculate the ratio of the binding energy per nucleon to the binding energy per electron in deuterium. Which part is held more tightly, the electron or the neutron? I already worked out the average binding energy...

Homework Statement For lead N=210 Z=82 Pb (atomic mass = 209.984163 u) obtain each of the following: (a) The mass defect in atomic mass units u (b) the binding energy (in MeV) MeV (c) the binding energy per nucleon (in MeV) MeV Homework Equations The Attempt at a...

Okay, I decided to start trying to understand the nulceon and delta resonances. Does anyone have suggestions for a good explanation of how these work? How many resonances are there? How are they distinguished? Etc. Here's the PDG information...

Homework Statement I need the mass of the nucelon to do my assignment...:confused: Homework Equations The Attempt at a Solution I tried Wikipedia...and other sites on the Web...it says that the mass of the nucleon is on the order of 2000 times the mass of the electrons...so would...

why electron doesn't fall into nucleon in a atom?you know e has negative charge and nucleon has positive charge and they're very close in a atom, so why not?:confused:

I have one stupid question: Is it true that the difference of proton and nucleon mass is due to the electromagnetic self-energy of the proton? The same question about pi^0 and pi^- mass difference.

how will the potential energy of nucleons decreases with increase in nuclear force

Hey guys, simple question about binding energy. I'm asked to find the average binding energy per nucleon of Magnesium-26. Now I thought that I would have to use: Binding E = (Zmp + Nmn - Ma) X 931.494 MeV/u. Where Z is the atomic #, N is the # of neutrons, mp, mn, and Ma are mass of proton...