Method for manufacturing an optical lens in which coating solution curing conditions are satisfied and a coating solution is cured. The coating solution curing conditions include the angle of the axis of an optical lens substrate with respect to the horizontal direction falls within a predetermined angle range, and a second condition that the optical lens substrate rotates around the axis at a predetermined rotational speed. The predetermined angle range is between a maximum inclination angle of the axis at which the peripheral edge of a lens surface is positioned at the highest position of the lens surface, and a maximum inclination angle of the axis at which the peripheral edge of the lens surface is positioned at the lowest position of the lens surface. The predetermined rotational speed is a speed at which the coating solution applied to the lens surface is held in a coating position.

Indoor/outdoor sunglasses include a lens having gradient tinted portions that partially conceal a wearer's eye, with an untinted or minimally tinted central region that provides a relatively wide, unrestricted field of lateral vision at far and middle distances, allowing the wearer to see clearly both indoors and outdoors.

Provided is a light transmitting member, which maintains an antifogging property over a long period of time, and is less liable to be contaminated with organic matter, the light transmitting member including, on a base material, a porous layer containing silicon oxide particles and a layer formed of a hydrophilic polymer, wherein a polymer ratio at a depth of 10 nm from a surface of the light transmitting member is 0.15 or more and 0.40 or less.

Provided is a method for manufacturing a spectacle lens, wherein: the spectacle lens includes a lens substrate having microprotrusions on at least one surface, and a coating film formed on the surface of the lens substrate that has the microprotrusions; and the method includes forming the coating film by applying an application liquid, through spin-coating, to the surface of the lens substrate that has the microprotrusions.

Provided is a light transmitting member, which maintains an antifogging property over a long period of time, and is less liable to be contaminated with organic matter, the light transmitting member including, on a base material, a porous layer containing silicon oxide particles and a layer formed of a hydrophilic polymer, wherein a polymer ratio at a depth of 10 nm from a surface of the light transmitting member is 0.15 or more and 0.40 or less.

The disclosed invention presents a production method of an optical setup. comprising at least one mechanically robust freestanding ultra-thin optical element with a supporting frame, using at least one thin film technique step. which is cost-effective and highly reproducible. This is reached by A) coating of a separation layer and a subsequent substrate on a carrier. B) coating of a photoresist layer on the substrate/separation layer/carrier system, before C) the photoresist layer is structured and coated with a metal layer to obtain the designed metamaterial. before D) a protective layer is spin-coated onto the metal layer/substrate/separation/carrier-system, forming at least one ultra-thin optical element and directly afterwards. E) a supporting frame is applied using 3D printing of a thermoplastic onto the carrier, and protective layer to later individuate the optical elements. F) fixed ultra-thin optical elements are removed from the carrier by dissolving the separation layer.