A touch panel comprising: first touch electrodes (TA) comprising sub electrodes (TA1, TA2) spaced apart from one another in a first direction (D1); second touch electrodes (TB) extending in a second direction (D2) crossing the first direction (D1), the second touch electrodes (TB) being spaced apart from one another in the first direction (D1); and third touch electrodes (TC, TC1, TC2) extending in the second direction (D2) and spaced apart from one another in the first direction (D1), the third touch electrodes (TC, TC1, TC2) being shaped differently than the second touch electrodes (TB) characterized in that the touch panel is configured to detect a first touch of a first touch input member by the first touch electrodes (TA) and the second touch electrodes (TB) ; and the touch panel is further configured to detect a second touch of a second touch input member by the first touch electrodes (TA) and the third touch electrodes (TC, TC1, TC2), the first touch input member being different from the second touch input member in terms of material, form and/or electrical conductivity, and one of the first touch electrodes (TA) is disposed in association with a first touch cell (A) of the touch panel , the first touch electrode (TA) comprises a first sub electrode (TA1) and a second sub electrode (TA2) spaced apart from the first sub electrode (TA1); and one of the second touch electrodes (TB) is disposed in association with the first touch cell (A), the second touch electrode (TB) is disposed between the first sub electrode (TA1) and the second sub electrode (TA2). the touch panel further comprises: a dummy electrode (TD1-TD4) disposed between the first or second sub electrode (TA1, TA2) and the second touch electrode (TB), wherein the gap between each of the first and the second sub electrodes (TA1, TA2) and the second touch electrode (TB) increases. first touch electrodes (TA) comprising sub electrodes (TA1, TA2) spaced apart from one another in a first direction (D1); second touch electrodes (TB) extending in a second direction (D2) crossing the first direction (D1), the second touch electrodes (TB) being spaced apart from one another in the first direction (D1); and third touch electrodes (TC, TC1, TC2) extending in the second direction (D2) and spaced apart from one another in the first direction (D1), the third touch electrodes (TC, TC1, TC2) being shaped differently than the second touch electrodes (TB) characterized in that the touch panel is configured to detect a first touch of a first touch input member by the first touch electrodes (TA) and the second touch electrodes (TB) ; and the touch panel is further configured to detect a second touch of a second touch input member by the first touch electrodes (TA) and the third touch electrodes (TC, TC1, TC2), the first touch input member being different from the second touch input member in terms of material, form and/or electrical conductivity, and one of the first touch electrodes (TA) is disposed in association with a first touch cell (A) of the touch panel , the first touch electrode (TA) comprises a first sub electrode (TA1) and a second sub electrode (TA2) spaced apart from the first sub electrode (TA1); and one of the second touch electrodes (TB) is disposed in association with the first touch cell (A), the second touch electrode (TB) is disposed between the first sub electrode (TA1) and the second sub electrode (TA2). the touch panel further comprises: a dummy electrode (TD1-TD4) disposed between the first or second sub electrode (TA1, TA2) and the second touch electrode (TB), wherein the gap between each of the first and the second sub electrodes (TA1, TA2) and the second touch electrode (TB) increases. a dummy electrode (TD1-TD4) disposed between the first or second sub electrode (TA1, TA2) and the second touch electrode (TB), wherein the gap between each of the first and the second sub electrodes (TA1, TA2) and the second touch electrode (TB) increases. <EOS>