Abstract
It has been shown that ordinary ( d−2)-dimensional quantum field theories are equivalent to corresponding quantum field theories defined on a ( d+2)-dimensional superspace with two anticommuting variables. This dimensional reduction is a consequence of superrotation invariance in the superspace. In this letter we study general conformal transformations in the superspace and the properties of field theories which are invariant under such transformations. We show that the symmetries are dimensionally reduced.
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