- is used to form
names of
superpartners of the
Standard Model fermions (sfermions), e.g. the stop squark. The
superpartners of
Standard Model bosons have...
-
supersymmetry is said to be broken.
Squarks (also quarkinos) are the
superpartners of quarks.
These include the sup squark,
sdown squark,
scharm squark...
-
winos (symbol W͂± and W͂3) are the
superpartners of the W
bosons of the SU(2)L
gauge fields. The bino is the
superpartner of the U(1)
gauge field corresponding...
-
supersymmetry theories, with
perfectly "unbroken" supersymmetry, each pair of
superpartners would share the same m**** and
internal quantum numbers besides spin...
- }}^{+}\ell ^{-}}
Fermions have
bosonic superpartners (called sfermions), and
bosons have
fermionic superpartners (called bosinos). For most of the Standard...
- of −1 it is a
possible candidate for dark matter. It
mixes with the
superpartners of the Z
boson (zino) and the
neutral higgs (higgsino) to form the neutralino...
-
bosons and fermions, with some
theories also
postulating additional superpartners for
these particles:
Higgs doublets are
hypothesized by some theories...
-
number spin,
which differs by 1⁄2 from its
partner particle.
Since the
superpartners of the Z
boson (zino), the
photon (photino) and the
neutral higgs (higgsino)...
- However, like an
additional elementary boson mediating gravitation, such
superpartners remain undiscovered as of 2024. All
elementary particles are either...
- 10
dimensions consists of 10 free
scalar fields and
their fermionic superpartners. We
begin with the
classical formulation of the
bosonic string. First...
