A liquid crystal display, LCD, comprising: a first substrate on which pixel regions are defined; a second substrate facing the first substrate ; an alignment film disposed over the surface of the first substrate that faces the second substrate ; a wavelength conversion layer disposed over a surface of the second substrate that faces the first substrate ; a transmissive layer disposed over a surface of the second substrate ; a common electrode (CE) disposed over surfaces of the wavelength conversion layer (WC1) and the transmissive layer that face the first substrate ; a light-blocking member (BM) disposed on the second substrate wherein the light-blocking member (BM) comprises a plurality of openings (OP1, OP2, OP3); and a liquid crystal layer disposed between the alignment film and the light-blocking member (BM), wherein each pixel region among the pixel regions comprises: a pixel electrode (PE1) disposed over the surface of the first substrate , the pixel electrode (PE1) including a surface electrode (PPE1) and a connecting electrode (CE1), wherein the surface electrode (PPE1) is arranged to receive a data voltage via the connecting electrode; an opening region corresponding to an opening (OP1, OP2, OP3) of the light-blocking member (BM); characterised in that the light-blocking member (BM) is disposed over a surface of the common electrode(CE) that faces the first substrate , and in that the liquid crystal display comprises 2. a pixel overlap region (OA) outside the opening region, the surface electrode (PPE1) overlapping the light-blocking member (BM) in the pixel overlap region (OA). a first substrate on which pixel regions are defined; a second substrate facing the first substrate ; an alignment film disposed over the surface of the first substrate that faces the second substrate ; a wavelength conversion layer disposed over a surface of the second substrate that faces the first substrate ; a transmissive layer disposed over a surface of the second substrate ; a common electrode (CE) disposed over surfaces of the wavelength conversion layer (WC1) and the transmissive layer that face the first substrate ; a light-blocking member (BM) disposed on the second substrate wherein the light-blocking member (BM) comprises a plurality of openings (OP1, OP2, OP3); and a liquid crystal layer disposed between the alignment film and the light-blocking member (BM), wherein each pixel region among the pixel regions comprises: a pixel electrode (PE1) disposed over the surface of the first substrate , the pixel electrode (PE1) including a surface electrode (PPE1) and a connecting electrode (CE1), wherein the surface electrode (PPE1) is arranged to receive a data voltage via the connecting electrode; an opening region corresponding to an opening (OP1, OP2, OP3) of the light-blocking member (BM); characterised in that the light-blocking member (BM) is disposed over a surface of the common electrode(CE) that faces the first substrate , and in that the liquid crystal display comprises 2. a pixel overlap region (OA) outside the opening region, the surface electrode (PPE1) overlapping the light-blocking member (BM) in the pixel overlap region (OA). a pixel electrode (PE1) disposed over the surface of the first substrate , the pixel electrode (PE1) including a surface electrode (PPE1) and a connecting electrode (CE1), wherein the surface electrode (PPE1) is arranged to receive a data voltage via the connecting electrode; an opening region corresponding to an opening (OP1, OP2, OP3) of the light-blocking member (BM); characterised in that the light-blocking member (BM) is disposed over a surface of the common electrode(CE) that faces the first substrate , and in that the liquid crystal display comprises 2. a pixel overlap region (OA) outside the opening region, the surface electrode (PPE1) overlapping the light-blocking member (BM) in the pixel overlap region (OA). <EOS>