Superspace is the coordinate space of a theory exhibiting supersymmetry. In such a formulation, along with ordinary space dimensions x, y, z, ..., there...

interpretation as generators of superspace translations in the 'spin coordinates' of superspace. That is, we can view superspace as the direct sum of Minkowski...

superfield is a field on superspace which is valued in such a representation. Naïvely, or when considering flat superspace, a superfield can simply be...

aperiodic crystal structures, one must use the superspace approach. In materials science, "superspace" or higher-dimensional space refers to the concept...

In supersymmetry, harmonic superspace is one way of dealing with supersymmetric theories with 8 real SUSY generators in a manifestly covariant manner....

covariant manner. Superspace Harmonic superspace Kuzenko, Sergei (2010). "Lectures on nonlinear sigma-models in projective superspace". Journal of Physics...

Super-Poincaré group is the group of isometries of superspace (specifically, Minkowski superspace with N {\displaystyle {\mathcal {N}}} supercharges,...

where they constitute one of the simplest non-trivial examples of a superspace. Equivalently, they are supernumbers with just one generator; supernumbers...

super Minkowski spaces. A first treatment can be done without defining superspace, instead defining the theory in terms of familiar fields in non-supersymmetric...

supersymmetry. With M. T. Grisaru, M. Rocek and W. Siegel, Gates coauthored Superspace, or One thousand and one lessons in supersymmetry (1984), the first comprehensive...

fields which are functions of spacetime, without developing a theory of superspace or superfields, which appear later in the article. The Lagrangian of the...

scientists are investigating "superspace", the underlying region that seems to bind all timelines in the multiverse. In superspace, dark energy is the force...

integers. The super-Poincaré algebra generates the isometries of flat superspace. The simple complex finite-dimensional Lie superalgebras were classified...

In mathematics and physics, super Minkowski space or Minkowski superspace is a supersymmetric extension of Minkowski space, sometimes used as the base...

magnetic space group. These phases can instead be described by magnetic superspace groups, which describe incommensurate order. This is the same formalism...

extended supersymmetry is, the more it constrains physical observables and parameters. Supersymmetry algebra Harmonic superspace Projective superspace v t e...

triumf.ca. "Supersymmetry and Superspace, Part 1 - Jon Bagger". YouTube. 10 July 2017. "Supersymmetry and Superspace, Part 2 - Jon Bagger". YouTube....

been strained by the inertial dampener, thus making it susceptible to superspace distortions, and therefore it could be affected by them negatively. Korzenowski...

fermionic fields, although they are now widely used as a foundation for superspace, on which supersymmetry is constructed. Grassmann numbers are generated...

exists, the integrand over the full superspace has to have an R-charge of 0 and the integrand over chiral superspace has to have an R-charge of 2. A chiral...

theory K-theory (physics) Twisted K-theory Supersymmetry Supergravity Superspace Lie superalgebra Lie supergroup Holography Holographic principle AdS/CFT...

theory defined on d = 3 , N = 6 {\displaystyle d=3,{\mathcal {N}}=6} superspace. 6D (2,0) superconformal field theory Aharony et al. 2008 Aharony, Ofer;...

algebra Superconformal algebra Supersymmetry algebra Supergroup Superspace Harmonic superspace Super Minkowski space Supermanifold Concepts Supercharge R-symmetry...

at Stony Brook University in 1987. His early work involved the use of Superspace to treat supersymmetric theories, including supergravity. Along with S...

Grassmann number. The exterior algebra itself is then just a one-dimensional superspace: it is just the set of all of the points in the exterior algebra. The...

Another early approach was the superspace approach which generalizes the notion of superspace to a curved superspace whose tangent space at each point...

{\mathcal {N}}=1} superspace as follows: where and A {\displaystyle A} is a chiral superfield on N = 1 {\displaystyle {\mathcal {N}}=1} superspace which fits...

phasonic modes can change the material properties of a quasicrystal. Within superspace representation, aperiodic crystals can be obtained by taking a section...

dimensions, the minimal N = 1 supersymmetry may be written using a superspace. This superspace involves four extra fermionic coordinates θ 1 , θ 2 , θ ¯ 1 ...

may equivalently be formulated as a superfield theory on an extended superspace in which the spacetime variables are augmented by a number of anticommuting...