-
strong force as a
color octet.
Gluinos have a
lepton number 0,
baryon number 0, and spin 1/2. Experimentally,
gluinos have been one of the most promising...
-
production of
squarks or
gluinos.
Since the MSSM has R-parity, the
lightest supersymmetric particle is
stable and
after the
squarks and
gluinos decay each decay...
- true sense. In
natural scenarios of SUSY, top squarks,
bottom squarks,
gluinos, and higgsino-enriched
neutralinos and
charginos are
expected to be relatively...
-
direct production at colliders. The
first m****
limits for
squarks and
gluinos were made at CERN by the UA1
experiment and the UA2
experiment at the Super...
- radiation.
Looking for
gluinos that have come to rest
inside the
detector and
later decay. Such an
event may
occur if the
gluino hadronize to form an exotic...
-
Standard Model bosons have an -ino (bosinos)
appended to
their name, e.g.
gluino, the set of all
gauge superpartners are
called the gauginos.
According to...
-
Retrieved 17 June 2023. Collaboration,
Atlas (2021). "Search for
squarks and
gluinos in
final states with jets and
missing transverse momentum using 139 fb$^{-1}$...
-
Minimal Supersymmetric Standard Model squarks has been up to 1.1 TeV, and
gluinos up to 500 GeV. No
report on
suggesting large extra dimensions has been...
- 3
quarks and a
gluino. The
lightest R-baryon is
denoted as S0 and
consists of an up quark, a down quark, a
strange quark and a
gluino. This
particle is...
-
Gauginos Gluino Gravitino Photino Others Axino Chargino Higgsino Neutralino Sfermion (Stop squark)...
