Display and method of producing display

A method of producing a display with a plurality of display elements, the method comprising the steps of:

• a first step of transferring unevenness which is provided on an intaglio onto a resin-containing layer through nanoimprinting to form an uneven layer on a surface of the layer;
• and
• a second step of forming a multilayer film layer along the uneven layer, and, at that time, forming the multilayer film layer so that refractive indexes of layers adjacent to each other are different from each other, and that a reflectance of light in a specific wavelength range, among incident light on the multilayer film layer, is higher than reflectance of light in other wavelength ranges, wherein
• in the first step, the uneven layer has a pattern formed by convexities,
• the pattern formed by the convexities can be divided into shape elements each arranged in each of a plurality of virtual rectangles, when viewed in a direction facing the uneven layer,
• each of the shape elements arranged in each of the virtual rectangles is inscribed in the rectangle in which the shape element is arranged,
• the plurality of virtual rectangles each have sides along a first direction and sides along a second direction orthogonal to the first direction,
• a length of the side along the first direction is less than or equal to a sub wavelength,
• when an angle formed by a direction along the first direction and an arrangement direction of the plurality of virtual rectangles is θ,
• the angle θ is constant within each of the display elements, and
• at least one of the plurality of display elements has the angle θ of greater than 0° and less than 90°, or greater than 90° and less than 180°, wherein
• a plurality of rectangles connected by the sides along the first direction are provided as virtual rectangles specifying the positions of the shape elements forming the convexities,
• an average value of ½ of the sum of the lengths of the sides along the second direction of the plurality of rectangles connected by the sides along the first direction is 4.15 μm or less, and a standard deviation of the lengths is 1 μm or less, and
• a standard deviation of ½ of the sum of the lengths of the sides along the second direction of the rectangles is y greater than a standard deviation of the lengths of the side along the first direction.