Laminated body, solar cell, multi-junction solar cell, solar cell module, photovoltaic power generation system, and manufacturing method for laminated body

A manufacturing method for a laminated body comprising:

• forming a layer mainly composed of a cuprous oxide compound on a p-electrode of the base member comprising a substrate and the p-electrode including a transparent conductive oxide film on the substrate, by sputtering using a target primarily composed of copper, wherein
• the sputtering for the cuprous oxide compound is carried out continuously in a low-temperature range and then in a high-temperature range,
• temperature of the base member during sputtering in the low-temperature range is 25 [° C.] or more and 600 [° C.] or less and is at least 50 [° C.] lower than the maximum temperature in the high-temperature range, and
• temperature of the base member during sputtering in the high-temperature range is more than 600 [° C.] and 1000 [° C.] or less.