- m****es than the baryons. Each
baryon has a
corresponding antiparticle (
antibaryon)
where their corresponding antiquarks replace quarks. For example, a proton...
- more generally, if any
species of
baryon encounters the
corresponding antibaryon), the
reaction is not as
simple as electron–positron annihilation. Unlike...
-
baryonic asymmetry, i.e. the
imbalance of
matter (baryons) and
antimatter (
antibaryons) in the
observed universe. One of the
outstanding problems in modern...
-
excess of
quarks over
antiquarks led to a
small excess of
baryons over
antibaryons. The
temperature was no
longer high
enough to
create either new proton–antiproton...
- +1,
mesons (one quark, one antiquark) have a
baryon number of 0, and
antibaryons (three antiquarks) have a
baryon number of −1.
Exotic hadrons like pentaquarks...
- charges: the
combination of
three quarks (baryons),
three antiquarks (
antibaryons), or a
quark and an
antiquark (mesons)
always results in
integer charges...
- are leptons. Each
baryon has a
corresponding antiparticle,
known as an
antibaryon, in
which quarks are
replaced by
their corresponding antiquarks. For example...
-
accompanied by
antibaryons or antileptons; and they can be destro**** by
annihilating them with
antibaryons or antileptons.
Since antibaryons/antileptons...
- quarks,
which must be one each of red, green, and blue colors;
likewise an
antibaryon is
composed of
three antiquarks, one each of antired,
antigreen and antiblue...
-
elements requires that
there be an
imbalance in the
number of
baryons and
antibaryons to one part in a
billion when the
universe is a few
minutes old. An asymmetry...
