-
Sergio Ferrara,
Julius Wess and
Bruno Zumino. The most
commonly used
supermultiplets are
vector multiplets,
chiral multiplets (in d = 4 , N = 1 {\displaystyle...
- the
short supermultiplets admit a
subset of
supercharges that
annihilate the
whole representation. That is why the
short supermultiplets contain the...
- super-Poincaré algebra,
known as
supermultiplets.
Without including gravity,
there are two
types of
supermultiplets: a
chiral supermultiplet consisting of a complex...
-
supermultiplets, it is not
known if they may
consistently interact. One is free not only to
determine the number, if any, of
vector supermultiplets,...
-
effective supergravity contains a
single supergravity supermultiplet, a
number of
chiral supermultiplets equal to the
third Betti number of the G 2 {\displaystyle...
-
particle content consists of
vector supermultiplets,
which include gluons and
gluinos and also
chiral supermultiplets which contain quarks and
squarks transforming...
-
equality to the
modulus of Z exists.
Their importance arises as the
supermultiplets shorten for
generic m****ive representations, with
stability and m****...
- give
supermultiplets containing particles of spin less than or
equal to two, is 32.: 265
Supercharges with more
components result in
supermultiplets that...
-
first formulated by Paul
Townsend in 1977. When
additional matter supermultiplets are
included in this theory, the
result is
known as matter-coupled...
- matter. The
supermultiplet containing an
axion and
axino has been
suggested as the
origin of
supersymmetry breaking,
where the
supermultiplet gains an F-term...
