The usual quantum mechanics methods of defining angular momentum and s
pherical harmonics in the ordinary space E(3) are generalized to the r
eal commuting super-space E(3/2). The super angular momentum, generato
rs of the super-rotation, is realized as differential operators acting
on functions defined on E(3/2). By solving the eigenvalue problem in
spherical coordinates, a set of pseudo-orthonormalized functions is co
nstructed, the super-spherical harmonics Y(lm)j, whose main properties
are given.