Vertically aligned mode liquid crystal display with differentiated B cell gap

A liquid crystal display comprising:

• a first insulating substrate;
• a first wiring line assembly formed on the first insulating substrate with a plurality of first wiring lines;
• a second wiring line assembly crossing over the first wiring line assembly with a plurality of second wiring lines, the second wiring line assembly being insulated from the first wiring line assembly;
• a pixel electrode formed at each pixel region;
• a thin film transistor connected to the first wiring line assembly, the second wiring line assembly, and the pixel electrode;
• a first domain dividing member form on the first insulating substrate;
• a second insulating substrate facing the first insulating substrate;
• color filters of red, green and blue formed on the second insulating substrate;
• a common electrode formed on the second insulating substrate with the color filters;
• a second domain dividing member formed on the second insulating substrate;
• and
• a liquid crystal layer sandwiched between the first and the second insulating substrates with liquid crystal molecules, the liquid crystal molecules of the liquid crystal layer being vertically aligned with respect to the first and the second substrates when no electric field is applied between the pixel electrode and the common electrode;
• wherein a B cell gap is differentiated from an R cell gap or a G cell gap, the R cell gap indicates the thickness of the liquid crystal layer at the region of the red color filter, the G cell gap indicates the thickness of the liquid crystal layer at the region of the green color filter, and the B cell gap indicates the thickness of the liquid crystal layer at the region of the blue color filter, wherein the B cell gap, the R cell gap and the G cell gap are differentiated from each other by:
• R cell gap−G cell gap<G cell gap−B cell gap, and wherein the first and the second opening patterns partition the pixel region into a plurality of micro-domains.