A micromechanical structure (10, 30; 40; 50) comprising: a first micromechanical element (12 1); a second micromechanical element (12 2); a torsion spring arrangement comprising a first torsion spring element (16 1), comprising a first center line (22 1), mechanically connected to the first micromechanical element (12 1) at a first contact region and to the second micromechanical element (12 2) at a second contact region, and comprising a second torsion spring element (16 2), comprising a second center line (22 2), mechanically connected to the first micromechanical element (12 1) at a third contact region and to the second micromechanical element (12 2) at a fourth contact region in order to connect the first micromechanical element (12 1) and the second micromechanical element (12 2) to be movable relative to each other; wherein a distance between the first center line (22 1) and the second center line (22 2), starting from the first and third contact regions (18a, 18c) towards the second and fourth contact regions (18b, 18c), decreases in a first portion (28 1) and increases in a second portion (28 2); wherein, in a rest position of the micromechanical structure, the first torsion spring element (16 1) and the second torsion spring element (16 2) are arranged without contact to each other; wherein the first center line (22 1) comprises a first center (34 1) and the second center line (22 2) comprises a second center (34 2); characterized in that the first center line (22 1), on a first side (36 1) starting from the first center (34 1), extends in a quarter ellipse path towards the first contact region and, on a second side (36 2) opposite the first side, in a quarter ellipse path towards the second contact region; and wherein the second center line (22 2), on a first side starting from the second center (34 2), extends in a quarter ellipse path towards the third contact region and, on a second side opposite the first side, in a quarter ellipse path towards the fourth contact region. a first micromechanical element (12 1); a second micromechanical element (12 2); a torsion spring arrangement comprising a first torsion spring element (16 1), comprising a first center line (22 1), mechanically connected to the first micromechanical element (12 1) at a first contact region and to the second micromechanical element (12 2) at a second contact region, and comprising a second torsion spring element (16 2), comprising a second center line (22 2), mechanically connected to the first micromechanical element (12 1) at a third contact region and to the second micromechanical element (12 2) at a fourth contact region in order to connect the first micromechanical element (12 1) and the second micromechanical element (12 2) to be movable relative to each other; wherein a distance between the first center line (22 1) and the second center line (22 2), starting from the first and third contact regions (18a, 18c) towards the second and fourth contact regions (18b, 18c), decreases in a first portion (28 1) and increases in a second portion (28 2); wherein, in a rest position of the micromechanical structure, the first torsion spring element (16 1) and the second torsion spring element (16 2) are arranged without contact to each other; wherein the first center line (22 1) comprises a first center (34 1) and the second center line (22 2) comprises a second center (34 2); characterized in that the first center line (22 1), on a first side (36 1) starting from the first center (34 1), extends in a quarter ellipse path towards the first contact region and, on a second side (36 2) opposite the first side, in a quarter ellipse path towards the second contact region; and wherein the second center line (22 2), on a first side starting from the second center (34 2), extends in a quarter ellipse path towards the third contact region and, on a second side opposite the first side, in a quarter ellipse path towards the fourth contact region.