A window glass comprising: a glass plate; a defogger formed on the glass plate and having a pair of bus bars (21a, 21b) and a plurality of horizontal heating wires that join the pair of bus bars (21a, 21b); and an antenna formed on the glass plate, wherein the defogger has a first vertical element and an auxiliary element extending from an uppermost or lowermost horizontal heating wire (221, 222), among the horizontal heating wires, the first vertical element intersects the plurality of the horizontal heating wires including the uppermost or lowermost horizontal heating wire from which the auxiliary element extends, the antenna includes: a first power supply part; a first antenna element extending from the first power supply part; a second power supply part; and a second antenna element extending from the second power supply part, the antenna is configured to receive a radio wave of a frequency range of a first media, using the first antenna element and the second antenna element, the first antenna element and the second antenna element are both capacitively coupled to the defogger, the auxiliary element is connected to the uppermost or lowermost horizontal heating wire (221, 222) at a point within 150 mm in a horizontal direction from the first vertical element, the first media is DAB, and the antenna and the auxiliary element are disposed on the same side with respect to the defogger. a glass plate; a defogger formed on the glass plate and having a pair of bus bars (21a, 21b) and a plurality of horizontal heating wires that join the pair of bus bars (21a, 21b); and an antenna formed on the glass plate, wherein the defogger has a first vertical element and an auxiliary element extending from an uppermost or lowermost horizontal heating wire (221, 222), among the horizontal heating wires, the first vertical element intersects the plurality of the horizontal heating wires including the uppermost or lowermost horizontal heating wire from which the auxiliary element extends, the antenna includes: a first power supply part; a first antenna element extending from the first power supply part; a second power supply part; and a second antenna element extending from the second power supply part, the antenna is configured to receive a radio wave of a frequency range of a first media, using the first antenna element and the second antenna element, the first antenna element and the second antenna element are both capacitively coupled to the defogger, the auxiliary element is connected to the uppermost or lowermost horizontal heating wire (221, 222) at a point within 150 mm in a horizontal direction from the first vertical element, the first media is DAB, and the antenna and the auxiliary element are disposed on the same side with respect to the defogger. a first power supply part; a first antenna element extending from the first power supply part; a second power supply part; and a second antenna element extending from the second power supply part, the antenna is configured to receive a radio wave of a frequency range of a first media, using the first antenna element and the second antenna element, the first antenna element and the second antenna element are both capacitively coupled to the defogger, the auxiliary element is connected to the uppermost or lowermost horizontal heating wire (221, 222) at a point within 150 mm in a horizontal direction from the first vertical element, the first media is DAB, and the antenna and the auxiliary element are disposed on the same side with respect to the defogger.