-
carry color charge,
hadrons must have zero
total color charge because of a
phenomenon called color confinement. That is,
hadrons must be "colorless" or...
-
particles known as
hadrons (see § Strong
interaction and
color charge below). The
quarks that
determine the
quantum numbers of
hadrons are
called valence...
- the
electromagnetic force). The best-known
hadrons are the
baryons such as
protons and neutrons;
hadrons also
include mesons such as the pion and kaon...
-
Exotic hadrons are
subatomic particles composed of
quarks and gluons, but
which –
unlike "well-known"
hadrons such as protons,
neutrons and
mesons – consist...
- that
quarks did not
combine to form
hadrons. At
temperatures below the pion m****, most of the
hadrons and anti-
hadrons were
eliminated in
annihilation reactions...
- observable. The
interaction produces jets of
newly created hadrons that are observable.
Those hadrons are created, as a
manifestation of m****–energy equivalence...
-
physics by
colliding hadrons. A
hadron collider uses
tunnels to accelerate, store, and
collide two
particle beams. Only a few
hadron colliders have been...
-
classification scheme for
hadrons in
terms of
their valence quarks—the
quarks and
antiquarks that give rise to the
quantum numbers of the
hadrons. The
quark model...
-
other hadrons called mesons.
Although in the
normal phase of QCD
single gluons may not
travel freely, it is
predicted that
there exist hadrons that are...
- quark–antiquark pair is
spontaneously produced,
turning the
initial hadron into a pair of
hadrons instead of
isolating a
color charge.
Although analytically unproven...
