thumb|300px|The main monument of Sukuh temple. Sukuh (, ) is a 15th-century Javanese-Hindu temple (candi) that is located in Berjo, Ngargoyoso district, Karanganyar Regency, Central Java, Indonesia on the western slope of Mount Lawu (elevation ). This temple has a height of . Sukuh temple has a distinctive thematic relief from other candi where life before birth and sexual education are its main themes. Its main monument is a simple pyramid structure with reliefs and statues in front of it, including three tortoises with flattened shells and a male figure grasping his penis. A giant 1.82
thumb|300px|The main monument of Sukuh temple. Sukuh (, ) is a 15th-century Javanese-Hindu temple (candi) that is located in Berjo, Ngargoyoso district, Karanganyar Regency, Central Java, Indonesia on the western slope of Mount Lawu (elevation ). This temple has a height of . Sukuh temple has a distinctive thematic relief from other candi where life before birth and sexual education are its main themes. Its main monument is a simple pyramid structure with reliefs and statues in front of it, including three tortoises with flattened shells and a male figure grasping his penis. A giant 1.82 m (6 ft) high of Shishna with four testes, representing penile incisions, was one of the statues that has been relocated to the National Museum of Indonesia.
==Background== thumb|Temple grounds thumb|Reliefs at Candi Sukuh Sukuh is one of several temples built on the northwest slopes of Mount Lawu in the 15th century. By this time, Javanese religion and art had diverged from Indian precepts that had been so influential on temple styles during the 8th–10th centuries. This was the last significant area of temple building in Java before the island's courts were converted to Islam in the 16th century. It is difficult for historians to interpret the significance of these antiquities due to the temple's distinctiveness and the lack of records of Javanese ceremonies and beliefs of the era.
Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).