Originally posted by ayamethesnakeThe full wavefunction of any hadron must include virtual quark pairs as well as virtual gluons. Also, there may be hadrons which lie outside the quark model. Among these are the glueballs (which contain only valence gluons), hybrids (which contain valence quarks as well as gluons) and multiquark states (such as the tetraquark mesons which contain two quark-antiquark pairs as valence particles, or the pentaquark baryon which contains four quarks and an antiquark in the valence). These may be exotic, in that the quantum numbers cannot be found in the quark models (such as mesons with P=(-1)J and PC=-1), or normal.
I talking about a bodies energies, they are usualy of an element, but mine has all 7 elements
Originally posted by frogstompWTF!?!?!?
The full wavefunction of any hadron must include virtual quark pairs as well as virtual gluons. Also, there may be hadrons which lie outside the quark model. Among these are the glueballs (which contain only valence gluons), hybrids (which contain valence quarks as well as gluons) and multiquark states (such as the tetraquark mesons which contain two quark ...[text shortened]... numbers cannot be found in the quark models (such as mesons with P=(-1)J and PC=-1), or normal.
Originally posted by frogstompOh God, what is this stuff?
Sorry, I meant that for God.
In particle physics, a hadron is a subatomic particle which experiences the strong nuclear force. These are not fundamental particles but are composed of fermions, called quarks and antiquarks, and of bosons, called gluons. The gluons mediate the color force that binds the quarks together.
Like all subatomic particles, hadrons have quantum numbers corresponding to the representations of the Poincare group: JPC(m), where J is the spin, P, the parity, C, the C parity, and m, the mass. In addition they may carry flavour quantum numbers such as isospin (or G parity), strangeness etc. Hadrons can be further divided into two classes:
Baryons are fermions. They always carry an additive conserved quantum number called baryon number (B). B=1 for nucleons (the proton and the neutron), which are part of the atomic nucleus).
Mesons are bosons with B=0.
Originally posted by frogstompOk just to let you know, I have no idea what any of that stuff means, though I might by the end of may, for you see, I have to take a chem course
Oh God, what is this stuff?
In particle physics, a hadron is a subatomic particle which experiences the strong nuclear force. These are not fundamental particles but are composed of fermions, called quarks and antiquarks, and of bosons, called gluons. The gluons mediate the color force that binds the quarks together.
Like all subatomic particles ...[text shortened]... he proton and the neutron), which are part of the atomic nucleus).
Mesons are bosons with B=0.
Originally posted by ayamethesnakeDon't you worry your purty little head, darlin'. FS hasn't the froggiest notion of what he cut and paste from the Wikipedia under the heading "Quark Model," either. He's just tickled pink to be talking to a 17 year-old underage blood guzzler.
Ok just to let you know, I have no idea what any of that stuff means, though I might by the end of may, for you see, I have to take a chem course
Originally posted by FreakyKBHOooo, that's condescending, even for such a die hard christian as yourself Freak-boy.
Don't you worry your purty little head, darlin'. FS hasn't the froggiest notion of what he cut and paste from the Wikipedia under the heading "Quark Model," either. He's just tickled pink to be talking to a 17 year-old underage blood guzzler.
