A spherically curved liquid crystal display based on a guest-host liquid crystal configuration is fabricated.\r\nAn asymmetric display design is introduced: two flexible display substrates with varying surface area are\r\nused, allowing for compact integration of powering and driving electronics. A matrix of spacer structures\r\ncomposed of photosensitive adhesive and defined by photolithography, simultaneously provides the uniform cell gap while acting as glue between both display substrates. Using poly(3,4-ethylenedioxythio\r\nphene):poly(styrenesulfonate) (PEDOT:PSS) as transparent, conductive electrode layer and obliquely\r\nevaporated SiO2as alignment layer, a functional single-pixel display was fabricated. The display can be\r\nembedded in a smart contact lens, thereby enabling applications within the emerging biomedical field.\r\nAn artificial iris, for example, could be designed to help people suffering from iris deficiencies that involve\r\nhypersensitivity to light.