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We consider M-theory on AdS_4 x N^{0,1,0} where N^{0,1,0}= (SU(3) xSU(2))/(SU(2) x U(1)). We review a Penrose limit of AdS_4 x N^{0,1,0} thatprovides the pp-wave geometry of AdS_4 x S^7. There exists a subsector of threedimensional N=3 dual gauge theory, by taking both the conformal dimension andR-charge large with the finiteness of their difference, which has enhanced N=8maximal supersymmetry. We identify operators in the N=3 gauge theory withsupergravity KK excitations in the pp-wave geometry and describe how the N=2gauge theory operators originating from both N=3 short vector multiplet and N=3long gravitino multiplet fall into N=8 supermultiplets.Comment: 14 pp, to appear in MPL

PENROSE LIMIT OF AdS4 × N0,1,0 AND ${\mathcal N} = 3$ GAUGE THEORY

PENROSE LIMIT OF AdS₄ × N^0,1,0 AND ${\mathcal N} = 3$ GAUGE THEORY