A liquid crystal pixel structure, comprising: a pixel electrode (PI), located in a pixel aperture, the pixel electrode (P1) comprising at least four display domains, wherein a first display domain and a second display domain of the at least four display domains are arranged in a first direction, a third display domain and a fourth display domain of the at least four display domains are arranged in the first direction, and the at least four display domains are adapted to be at a same voltage level; a gate line (G1) extending in the first direction; a common line (COM1) extending in the first direction and disposed on a second side of the gate line opposing a first side, wherein the first display domain and the second display domain are arranged on the first side of the gate line (G1), an edge of the first display domain and the second display domain closest to the gate line (GL1) overlaps the gate line (G1), the third display domain and the fourth display domain are arranged on a side of the common line (COM1) opposite to the side facing the gate line, and an edge of the third display domain and the fourth display domain closest to the common line overlaps the common line (COM1); a data line (D1) extending in a second direction crossing the first direction, located at an edge of the pixel aperture; and a transistor (T1), wherein the pixel electrode (P1) is controlled by the gate line (G1) and the data line (D1) via the transistor (T1); wherein liquid crystal molecules of the first display domain, the second display domain, the third display domain, the fourth display domain respectively rotate 45 degrees, 135 degrees, 225 degrees, and 315 degrees from the data line. a pixel electrode (PI), located in a pixel aperture, the pixel electrode (P1) comprising at least four display domains, wherein a first display domain and a second display domain of the at least four display domains are arranged in a first direction, a third display domain and a fourth display domain of the at least four display domains are arranged in the first direction, and the at least four display domains are adapted to be at a same voltage level; a gate line (G1) extending in the first direction; a common line (COM1) extending in the first direction and disposed on a second side of the gate line opposing a first side, wherein the first display domain and the second display domain are arranged on the first side of the gate line (G1), an edge of the first display domain and the second display domain closest to the gate line (GL1) overlaps the gate line (G1), the third display domain and the fourth display domain are arranged on a side of the common line (COM1) opposite to the side facing the gate line, and an edge of the third display domain and the fourth display domain closest to the common line overlaps the common line (COM1); a data line (D1) extending in a second direction crossing the first direction, located at an edge of the pixel aperture; and a transistor (T1), wherein the pixel electrode (P1) is controlled by the gate line (G1) and the data line (D1) via the transistor (T1); wherein liquid crystal molecules of the first display domain, the second display domain, the third display domain, the fourth display domain respectively rotate 45 degrees, 135 degrees, 225 degrees, and 315 degrees from the data line. <EOS>