The present invention relates to an oxygen house using optical science and, specifically, to an oxygen house using optical science, which is to maintain pleasant environment and health of a user by supplying oxygen indoors in a daytime and a nighttime and removing indoor fine dust. According to the present invention, an inner wall (20), wherein red clay and activated carbon are mixed, is doubly installed while having a predetermined space unit (30) from an outer wall (10) formed of a concrete material. After sunlight is collected by a condensing lens (41), the light is radiated to the inner wall (20) and the space unit (30) by an optical fiber group (40). An exhaust pipe (50) connected to the outside is installed in the upper part of one side of the inner wall (20). A photocatalytic member (60) causing catalysis by being in contact with the light is coated on the inner surface of the outer wall (10). A block (71) in which activated carbon and biotite are mixed is arranged in multiple layers at a lower end on one side of the outer wall (10) while maintaining a gap. Therefore, an oxygen inflow unit (70) is installed. The oxygen inflow unit (70) enables outer oxygen to flow inside and lowers humidity. The oxygen inflow unit (70) also removes foreign substances. A germanium filter (72) is installed at a position of the oxygen inflow unit (70) on the inner wall (20). The germanium filter (72) removes foreign substances of the oxygen moving inside and enables far-infrared radiation to penetrate the germanium filter (72). A pot (80) in which plants are planted is arranged on the bottom of the space unit (30) between the germanium filter (72) and the oxygen inflow unit (70).;COPYRIGHT KIPO 2017
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