The present invention relates to a wireless lighting aquarium. The wireless lighting aquarium includes: a water tank having a transmission resonance unit connected to an alternating current power source on the bottom, wherein at least a first magnetic substance is installed around the transmission resonance unit and the water tank is filled with water； and a floating light body including a light device providing light to the water tank, a reception resonance unit connected to the light device, and a second magnetic substance, wherein the floating light body has a lower specific gravity than that of the water filling the water tank. Electric power is wirelessly transmitted from the transmission resonance unit to the reception resonance unit, and the light device of the floating light body is operated. The first magnetic substance is magnetized by a magnetic field generated by the transmission resonance unit by receiving alternating current power. A magnetic force pulling the second magnetic substance is generated by responding to the magnetic field of the first magnetic substance and transmission resonance unit. The strength of the magnetic force pulled becomes relatively larger than the strength of buoyancy of the floating light body, and the floating light body moves downwards. The strength of the magnetic force pulled becomes relatively smaller than the strength of the buoyancy of the floating light body, and the floating light body moves upwards to the outside of the water in the water tank. According to the present invention, the wireless lighting aquarium not only lights the light device in the aquarium wirelessly but also can move the position of the light device to the upper side and the lower side of the water. Also, the wireless lighting aquarium can express the light while floating and being submerged and, therefore, can obtain remarkable esthetic effect in comparison with an existing aquarium lighting method.본 발명은 무선 조명 수족관에 관한 것이다. 본 발명에 따른 무선 조명 수족관은, 교
