A laminated glass including a pair of glass sheets (101a, 101b) facing each other and a light adjuster, wherein: said light adjuster comprises a liquid crystal layer having a plurality of voids therein, each of said voids being filled with a liquid crystal material, a pair of substrates (109a, 109b) that sandwich said liquid crystal layer therebetween, at least one of said substrates being transparent, transparent electrically conductive films (110a, 110b) provided on respective facing surfaces of said substrates, to which power is supplied from outside via wiring, and an electrode structure formed of a connecting part connected to the wiring, and a connecting base (111, 112) that is interposed between said connecting part and one of said transparent electrically conductive films; said electrode structure has a thickness not less than a value of the combined thickness of said liquid crystal layer, the other transparent electrically conductive film, and said substrate on which said other transparent electrically conductive film is provided, said laminated glass further includes intermediate layers (102a, 102b) provided on respective facing surfaces of said pair of glass sheets (101a, 101b), wherein said light adjuster is sandwiched between said intermediate layers (102a, 102b), said electrode structure has a thickness not more than a value of the combined thickness of said liquid crystal layer, the other transparent electrically conductive film, said substrate on which said other transparent electrically conductive film is provided, and said intermediate layer; characterized in that said connecting base is formed of an electrically conductive paste applied to said one electrically conductive film, and an electrically conductive tape that is stuck on said electrically conductive paste, and said connecting part is formed of a metallic mesh that is interposed between the electrically conductive tape and the intermediate layer and that is soaked with solder. said light adjuster comprises a liquid crystal layer having a plurality of voids therein, each of said voids being filled with a liquid crystal material, a pair of substrates (109a, 109b) that sandwich said liquid crystal layer therebetween, at least one of said substrates being transparent, transparent electrically conductive films (110a, 110b) provided on respective facing surfaces of said substrates, to which power is supplied from outside via wiring, and an electrode structure formed of a connecting part connected to the wiring, and a connecting base (111, 112) that is interposed between said connecting part and one of said transparent electrically conductive films; said electrode structure has a thickness not less than a value of the combined thickness of said liquid crystal layer, the other transparent electrically conductive film, and said substrate on which said other transparent electrically conductive film is provided, said laminated glass further includes intermediate layers (102a, 102b) provided on respective facing surfaces of said pair of glass sheets (101a, 101b), wherein said light adjuster is sandwiched between said intermediate layers (102a, 102b), said electrode structure has a thickness not more than a value of the combined thickness of said liquid crystal layer, the other transparent electrically conductive film, said substrate on which said other transparent electrically conductive film is provided, and said intermediate layer; characterized in that said connecting base is formed of an electrically conductive paste applied to said one electrically conductive film, and an electrically conductive tape that is stuck on said electrically conductive paste, and said connecting part is formed of a metallic mesh that is interposed between the electrically conductive tape and the intermediate layer and that is soaked with solder.